In 2025, enterprises need more than tools. They need resilient security that works even when attacks happen. AI helps detect problems faster than humans alone. Automation can respond at machine speed. Identity-first approaches guarantee that the right individuals and the right machines acquire the appropriate access at the appropriate time. This is not just stopping attacks. It is about keeping trust. Digital trust matters more than ever.

Infosec today revolves around three things. Identity as the perimeter. AI and automation in defense. The capability of data to be resistant so that it remains safe, accessible, and reliable. These are the principles of a contemporary company that is able to endure, recuperate, and continue to operate even when the world is constantly changing.

The Evolving Threat Landscape in the Age of Agentic AI

Security today is different. It is not just firewalls or passwords. Threats are everywhere. And now AI is part of the problem. Attackers are using generative AI to make attacks faster and smarter. They can send phishing emails that feel real to each person. Some malware can even change its behavior on its own. ENISA says AI-assisted phishing is growing. They also say large language models are helping automate social-engineering. That means attacks are not only faster but harder to spot.

The software supply chain is still a weak spot. One mistake in coding or a bad package can compromise everything. SecDevOps misconfigurations, dependency confusion attacks. They are small things that can break big systems. Enterprises can have strong defenses, but one bad component is enough.

Then there are the non-human identities. Workloads, APIs, bots, microservices, service accounts. They often outnumber humans. Each one is a possible entry point. But many organizations ignore them or treat them like they are low risk. That is dangerous.

ENISA’s Threat Landscape 2025 report recorded 4,875 incidents in a year. That is huge. Not a small increase. A clear sign that security cannot wait. Infosec today is not just reacting. It is thinking ahead. Machines can be exploited too. Defenses need to stay ahead. Otherwise breaches are inevitable.

Identity as the Definitive Perimeter

Identity is the new perimeter. Not firewalls. Not VPNs. The old ways don’t work anymore. Enterprises are moving from partial Zero Trust setups to full-scale Zero Trust Architecture. Microsoft says that in 2025, extending Zero Trust access controls to all resources is a top priority. That means every user, every device, every application. Nothing is automatically trusted. You have to verify first, always. It is not optional anymore.

But it is not just about rules. It is about connecting everything. You need a single layer that brings all identity tools together. IAM, PAM, IGA. They have to talk to each other. They have to form one fabric. If they work separately, gaps appear. Gaps that attackers can find. Continuous Authentication is part of this. It watches how people behave. It checks devices. It notices changes in environment. Access can change in real time if risk rises. No human can do that manually.

Also Read: The ITIL Framework Explained: How Modern IT Teams Deliver Consistent, Scalable Service Excellence 

Then there is phishing. Passwords are weak. People reuse them. They fall for tricks. Passkeys and FIDO-based authentication are changing that. Credentials that cannot be phished. Simple, effective. Users get access, attackers do not. It is the future.

The whole idea is simple. Identity controls everything. Zero Trust makes it mandatory. Identity fabric ties all tools together. Continuous monitoring reacts to risks. Phishing-resistant logins stop attackers in their tracks. Ignore it, and breaches happen. Take it seriously, and you have a perimeter that is always active, always watching, always protecting.

This is what modern infosec looks like. Not just technology. Not just tools. But a system where identity is the gatekeeper, and the enterprise stays ahead of threats because it never trusts blindly.

AI and Automation in Defensive Operations

AI is not just for alerts anymore. It does more. It detects, investigates, and even responds on its own. Security teams cannot keep up with the speed of attacks manually. That is where autonomous SecOps comes in. Google’s alert-triage Gemini agent shows how AI can look at an alert, gather context, decide what to do, and log everything it did. Humans can watch later. Machines act first.

Extended Detection and Response, or XDR, ties it all together. Endpoints, cloud, network. All telemetry in one place. You see the full picture, not just pieces. That is important because attackers move fast and across systems. If you only see one endpoint, you miss the bigger attack path.

Automation goes even further with SOAR. Security Orchestration, Automation, and Response platforms can run multi-step remediation automatically. They can patch, isolate, notify, and document at machine speed. This also solves the skills gap. There are not enough humans to manage every alert, every incident. AI fills that gap, but it needs rules and monitoring.

Governance of defensive AI is critical. Machines can be tricked. They can be poisoned. You need to watch them, train them carefully, and test them. Adversarial AI is real. If you do not govern your AI, it can be a threat instead of a shield.

Data matters too. Google is showing how Data Security Posture Management works with AI. DSPM can discover sensitive data, classify it, and enforce rules automatically. That means AI doesn’t just respond to attacks. It protects the data the enterprise actually cares about.

AI and automation are the backbone now. Humans guide, machines act, systems defend. It is fast, it is precise, and it is necessary. Infosec in 2025 cannot rely on humans alone. Machines need to fight the fight.

Data Resilience and Trust

Data is everywhere. In motion, at rest, in use. Knowing where it lives is the first step. Perimeter security alone cannot protect it anymore. That is why Data Security Posture Management matters. Google Cloud is showing how DSPM can discover sensitive data, classify it, and apply policies automatically. You do not have to guess. The system tells you where the risks are and enforces rules in real time. That changes the game.

Confidential computing takes it further. Data in memory while being processed can be encrypted. That means computations can happen without exposing the raw data. Homomorphic encryption also allows analytics without revealing secrets. You can share insights without giving away sensitive information. Enterprises can innovate without risking privacy.

Then there is post-quantum cryptography. Future quantum computers can break today’s algorithms. ‘Harvest now, decrypt later’ is real. The enemies might intercept the encrypted information now and later decrypt it. Businesses must already be thinking about and verifying their quantum-resistant algorithms, besides migrating to them. There is no room for delay.

The goal is clear. Protect the data that matters, everywhere. Make it enforceable, monitorable, and resilient. AI can help, machines can act, humans guide. But the method begins with understanding the location of the data, its movement pattern, and the ways it can be safeguarded from attacks that are currently happening and those that will happen in the future.

Data resilience can never be considered just a characteristic. It is a necessity. Infosec in 2025 means the enterprise can trust its data and use it confidently without fear. Without it, everything else fails.

VI. Conclusion: Resilient Architecture and the Future of Trust

Everything we have built, identity, AI, data, is connected. Identity fabrics talk to XDR systems. XDR collects signals from endpoints, networks, and cloud. DSPM watches the data. Together they form a Security Mesh. Every access point, every device, every user is under a constantly adapting shield. Nothing is static. Nothing is assumed safe.

Infosec in 2025 is not about just blocking attacks. It is about resilience. Breaches will happen. Humans and machines cannot stop every threat. But you can recover fast. You can keep trust intact. That is cyber resilience. It is the real measure of security.

And the threats are not abstract. AWS reports nation-state actors now blend cyber-attacks with kinetic operations. Attacks can have physical consequences. This renders human evaluation extremely important. The Chief Information Security Officers and technical security managers must collaborate closely with artificial intelligence-assisted systems. Computers perform quickly. People direct the plan. Computers find irregularities. People determine the order of importance. United they secure the business against not only the current but also the future risks that are uncertain.

Resilient architecture, adaptive systems, and trusted human oversight. That is how enterprises survive, thrive, and keep trust alive in a world where the line between digital and physical danger is disappearing. Infosec is no longer a tool. It is a lifeline.

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Medable AI integrated in Medable Studio automates repetitive, time-intensive manual tasks to decrease time to First Patient In (FPI) for digital and decentralized clinical trials, dramatically accelerating study startup. Building out multiple outcomes assessments for a study traditionally takes days but can now be completed in 30 minutes, based on early metrics. Medable AI also provides users with greater transparency and control over trial builds with advanced features.

Part of a broader AI strategy, Medable AI will initially deliver many new capabilities, such as automatically converting existing outcomes assessments into fully digital eCOAs in seconds. Users can also easily edit assessments with a simple ChatGPT-like integrated prompt interface and generate and scale assessments of varying complexity and logic.

Also Read: Vesta Healthcare & Medical Guardian Partner for Chronic Care

“We are proud to showcase our AI capabilities within the Medable platform and, through Studio, eliminate one of the biggest hurdles to broad adoption of digital and decentralized clinical trials,” said Tim Smith, Chief Technology Officer at Medable. “Studio is just the start of an aggressive roadmap rolling out in 2025 as we continue to transform the way clinical research is conducted.”

Medable, which ranked in both 2023 and 2024 on the Inc. 5000, has deployed its software-as-a-service platform in more than 300 decentralized and hybrid clinical trials in 70 countries, serving more than one million patients and research participants globally. Customers have achieved impressive results – including 90% eCOA adherence and 50% cost reductions. A Tufts CSDD study also shows that, on average, decentralized trials can achieve net financial benefits from five to 13 times for Phase II and Phase III trials, equating to roughly $10 million ROI and $39 million ROI for an investment on average of $500K in Phase II and $1.5M in Phase III trials, respectively.

“Medable is excited to leverage AI in our mission to make clinical trials more accessible to more patients,” said Dr. Michelle Longmire, CEO and co-founder of Medable. “We are focused on step function change – true innovation, not iteration. As fast as the world is changing, this is critical, and we are starting by taking eCOA and DCT off the critical path. This is just the beginning.”

Source: Businesswire

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“Intel’s newest Core Ultra processors set the industry standard for mobile AI and graphics performance, and smash misconceptions about x86 efficiency. Only Intel has the scale through our partnerships with ISVs and OEMs, and the broader technology ecosystem, to provide consumers with a no-compromise AI PC experience.”
–Michelle Johnston Holthaus, Intel executive vice president and general manager of the Client Computing Group

Why It Matters: Today’s consumers are increasingly creating, connecting, playing and learning on the go. They need a system that offers exceptional performance, long-lasting battery life, no-compromise application compatibility and enhanced security – and one that can take advantage of AI hardware thanks to broad software enablement.

Also Read: VyOS Networks Named Challenger in GigaOM Radar 2024 

Intel Core Ultra 200V series processors were designed with all of that in mind, delivering low-power leadership for AI PCs with up to 50% lower package power¹ and up to 120 total platform TOPS (tera operations per second) across central processing unit (CPU), graphic processing unit (GPU) and neural processing unit (NPU) to deliver the most compatible and performant AI experiences across models and engines. The fourth-generation NPU is up to 4x more powerful than the previous generation and is ideal for running sustained AI workloads while remaining energy-efficient. Industry-leading platform TOPS are activated in more than 300 AI-accelerated features enabled by Intel’s work with over 100 integrated software vendors (ISVs) and developers as part of its AI PC Acceleration Program.

The new processors deliver efficient and exceptional core performance through fine-tuned power management, completely rearchitected Performance-cores (P-core) optimized for performance per power per area. And Intel’s most powerful Efficient-cores (E-cores) to date are now able to contain more workloads, ensuring cool and quiet performance.

Intel Core Ultra 200V series processors mark the debut of Intel’s new X^e2 graphics microarchitecture that delivers a significant leap in mobile graphics performance with 30% average performance uplift². The built-in Intel® Arc GPU includes as many as eight new 2nd Gen X^e-cores, eight enhanced ray tracing units, support for up to three 4k monitors, and new built-in Intel® X^e Matrix Extensions (Intel® XMX) AI engines with up to 67 TOPS to power creative applications and boost gaming performance thanks to enhanced X^eSS kernels.

What It Does: A great AI PC first and foremost has to be a great PC. Intel Core Ultra 200V series processors are a productivity powerhouse with up to 3x the performance per thread² and up to 80% peak performance uplift², and up to 20 hours of battery life in productivity use cases¹. These great PCs represent the next evolution of the AI PC. Through partnerships with leading ISVs, broad ecosystem support and more than 500 optimized AI models, PCs powered by the newest Intel Core Ultra processors empower users to take full advantage of what AI can offer. With multiple performant AI engines, the new processors deliver:

• Content Creation:
  • Work faster by automatically detecting video scene changes for easier and faster video editing.
  • Expand your creativity by generating stunning vector and raster art through text prompts.
• Security:
  • Verify if online videos have been altered with local AI deep-fake detection.
  • Protect personal data stored on your PC by AI scanning, identifying and securing sensitive files from malicious apps and users.
• Productivity:
  • Save time by recording a video presentation once and eliminate retakes by generating new audio and video with new dialogue.

Evo Edition Powered by latest Intel Core Ultra Processors: Most designs with Intel Core Ultra 200V series processors will be Intel Evo Edition laptops, co-engineered in close partnership with Intel’s partners and undergoing rigorous testing to deliver the best overall AI PC experience. By combining key platform technologies with system optimizations, these laptops are engineered to help reduce lag, minimize distractions and decrease dependency on battery chargers – ensuring exceptional experiences from anywhere. New this year, Intel Evo designs must meet enhanced metrics for cooler and quieter performance.

SOURCE: Businesswire

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In Black Book’s 2024 independent survey of more than 6,000 healthcare finance and IT leaders, Waystar received the highest ranking across five categories evaluated by 18 key performance indicators, including innovation, data security, marginal value add, trust, and breadth of offering. Waystar was the top selection in categories representing clients across all sizes and settings of care, from large health systems and academic medical centers to small physician practices, reflecting Waystar’s extensive client base and purpose-built platform to scale to the needs of each client.

Also Read: Kovo HealthTech Partners with CareCloud for Electronic Health Records, Practice Management, and Credentialing Support 

2024 Healthcare Payments Software Awarded Categories:

• End-to-end Platform, Large Health Systems, Chains, and IDNs
• End-to-end Platform, Large Hospitals and Medical Centers
• Claims and Denial Management Solutions, Hospitals
• Patient Payment Technology
• Physician Clearinghouse, Small Providers

“Providers of all types and sizes utilize Waystar’s software platform to achieve meaningful return on investment. It is both humbling and rewarding for our team to receive this appreciation from our clients,” said Matt Hawkins, Chief Executive Officer of Waystar. “As Black Book’s research makes clear, providers are looking for a partner who can address their biggest challenges, leverage innovations like Generative AI to accelerate automation and generate efficiencies, and ultimately provide a more integrated and productive payments experience for their organization and their patients.”

Providers continue to turn to technological transformation as a critical opportunity to address ongoing financial, administrative, and regulatory pressures. The Black Book survey highlights that 85% of CFOs and senior leaders believe their organizations urgently need to prioritize their digital capabilities, and 96% have placed digital transformation at the forefront of their financial strategies in the year ahead.

AI is particularly top of mind for healthcare leaders, as 84% of financial executives are actively evaluating the use of automation technology to improve claim accuracy and reduce costs. Waystar delivers value-added AI and automation innovations to clients. Waystar is also creating further innovation through its recently announced engagement with Google Cloud to develop more than a dozen generative AI applications on Waystar’s platform.

SOURCE: PRNewswire

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Both new Chromebook Plus Enterprise models – the Acer Chromebook Plus Enterprise 515 and Acer Chromebook Plus Enterprise Spin 514 – come with the business capabilities of ChromeOS unlocked, ensuring best-in-class security, simple management, flexible access, and enhanced administrative support, all coupled with double the speed, memory and storage^[1]. The Acer Chromebook Plus Spin 514 (CP514-4HN) is also available for consumers or individuals.

“The new Acer Chromebook Plus Enterprise models bring the best of Google AI in ChromeOS to organizations to boost efficiency and collaboration among their workforce,” said James Lin, General Manager, Notebooks, Acer Inc. “Organizations of all types, from corporate offices to small businesses, retail and healthcare need reliable, AI-enabled devices to power their workload, and these new Acer Chromebook Plus Enterprise laptops deliver all that and more.”

Also Read: Rohde & Schwarz and VIAVI Solutions Unveil Open RAN and Non-Terrestrial Network Test Solutions 

Powered by up to an Intel Core 7 processor 150U^[2] and equipped with up to 16 GB of LPDDR5X RAM, the systems deliver first-rate performance, heightened multitasking and generative AI capabilities to keep the cloud workforce, distributed teams and employees connected and working efficiently. Businesses and organizations can rely on ChromeOS, ensuring the secure and smooth running of legacy, enterprise and private apps. Plus, the Acer Chromebooks boost uptime with up to 10^[2,3] hours of battery life and batteries with fast-charging capabilities^[2].

Video Conferencing Support for Many Apps, with Google AI-powered Call Tools

Employees using their Acer Chromebook Plus Enterprise models for video conferencing can choose the app they prefer most, such as Zoom, Slack, Google Meet, and Microsoft Teams, knowing they will look and sound their best thanks to the devices’ webcams with Acer’s Temporal Noise Reduction (TNR) for noise cancellation. Built-in Google AI-powered video call tools on ChromeOS automatically enhance clarity and lighting, further cancel noise, and blur backgrounds. Dual speakers and DTS^® Audio complete the conferencing experience with high-quality, distortion-free sound.

SOURCE: PRNewswire

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CSPs are looking to network cloud and operations transformation to achieve improved economics and agility, while maintaining network reliability. According to a new MeriTalk study released today, sponsored by Dell Technologies, nine in 10 CSPs say network transformation is critical to their organization’s survival. However, 96 percent of CSPs surveyed say their network transformation vision is lagging due to a variety of factors including limited time and budget, as well as reliability and security concerns, ultimately holding them back from giving their customers a modern network.¹

Dell and Ericsson’s partnership aims to address these concerns by working alongside CSPs to develop simple and reliable Open RAN-based network cloud transformation strategies, using Dell and Ericsson integrated solutions and support.

Also Read: Rohde & Schwarz and VIAVI Solutions Unveil Open RAN and Non-Terrestrial Network Test Solutions 

“Communications service providers have a crucial window of opportunity to lay the foundation for network cloud transformation and drive business growth,” says Dennis Hoffman, senior vice president and general manager, Telecom Systems Business, Dell Technologies. “Our collaboration with Ericsson, combined with our decades of digital transformation expertise, will provide network operators the full plan and technologies they need to accelerate their network and operation transformations to positively impact the trajectory of their businesses.”

“Working closer with Dell Technologies will help further develop cloud-native programmable networks that bring new ideas and practices to the telecom market,” says Fredrik Jejdling, Executive Vice President and Head of Business Area Networks, Ericsson. “Building upon years of collaboration, this strategic partnership will strengthen our cloudification efforts as we gear up to launch Open RAN-based commercial solutions. The cloud-native network will enable frequent updates and the rollout of new features using continuous deployment. It will ease the adoption of Cloud RAN technologies and prepare both companies’ portfolios for new markets.”

“To accelerate cloud-based open networks, the telecom industry needs vendors to come together to develop solutions that deliver more growth opportunities with minimal risk,” says Chris Sambar, Head of Network, AT&T. “We look forward to the continued innovation and collaboration as we continue our Open RAN journey.”

SOURCE: PRNewswire

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By integrating Thales technology into Telit Cinterion modules, businesses can instantly enjoy connectivity activation right out of the box, regardless of the distribution of available mobile networks. The collaboration between the two companies on this innovative solution allows them to have their connected IoT products on the market quickly, allowing them to reap the benefits of the digital transformation that is at the heart of the promise of IoT.

The way the solution works is that, at the end of device production or when deployed in practice, the Telit Cinterion module uses the initial connectivity provided by Thales Instant Connect to offload the desired local connectivity from selected network operators by the IoT service provider. This allows device manufacturers and service providers to postpone selecting a connectivity provider until after the device is manufactured and throughout the deployment process. It can also be used during operation in practice, allowing deployed devices to stay connected during unexpected cellular network outages. This flexibility is especially beneficial in situations where devices are deployed in different regions or countries, as it allows for seamless integration with local network operators.

Also Read: Lantronix Expands Family of M110 Mobility Solutions With New M114 CAT-1BIS Modem, Pre-Configured With Percepxion IoT Software 

“Our mission at Telit Cinterion is to help our enterprise customers launch and monetize IoT quickly. Adding the Thales eSIM to our modules along with SIM provisioning and global MVNO services to streamline the selection of the final connectivity provider is revolutionary in the sector. “This powerful solution offers unrivaled adaptation to changing circumstances and simplifies supply chain and logistics because it is based on a single eSIM with Thales Instant Connect, which can be sent anywhere in the world,” said Manish Watwani, Chief Marketing Officer. and Telit Cinterion Product .

“The eSIM solution for IoT is an important innovation, ensuring the flexibility of production and connectivity of our smart meters, even in rural areas, and all without the need for physical manipulation of the SIMs. The solution offers true carrier selection and provisioning at any stage of the product lifecycle. It is improving our ability to get smart meters connected, stay connected and adapt to new measurements as business models as a service,” said Petri Ounila, Director, IoT Devices, Aidon.

“Thales’ goal is to help IoT adopters and streamline device deployment with our eSIM with initial connectivity through the Thales Instant Connect service. This simplifies and accelerates large-scale IoT deployment for device manufacturers, benefiting all stakeholders in the value chain. Thales is pleased to be working with Telit Cinterion to assist in their cellular connectivity success and accelerate device deployment,” said Guillaume Lafaix, Senior Vice President of Mobile Connectivity Solutions at Thales .

Thales (Euronext Paris: HO) is a global leader in advanced technology, investing in digital and technology-intensive innovations – connectivity, big data, artificial intelligence, cybersecurity and quantum technologies – to build a trusted future that is essential for the development of our societies. With clients that include governments, organizations and companies in the defense, aeronautics, space, transportation and digital identity and security sectors, the Group offers solutions, services and products that help them fulfill their critical function, with consideration for the individual as the driving force of all decisions.

SOURCE: Businesswire

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“MSSPs are under constant pressure to evolve their services and deliver an exceptional user experience without eroding their margins,” said Haim Zelikovsky, vice president of Radware’s cloud business. “Our security experts work alongside service providers to not only defend their customers against cyber threats, but also offer them a unique opportunity to create an industry-leading portfolio of security services that can drive new revenue streams.”

Catering to their business needs, Radware’s new offering enables MSSPs to customize, rebrand, and resell the company’s Cloud DDoS Protection and Cloud Application Protection Services. The services are built to defend MSSPs’ customers against advanced cyber threats, including DDoS, DNS, application, and layer 7 Web DDoS attacks.

Leading service providers like US Signal are working with Radware to expand their cyber defense portfolios and strengthen their customers’ experiences.

Also Read: Cybernetics Upgrades Cybersecurity Solutions through Blockchain Ecosystem 

“Radware understands the unique needs and challenges that service providers face. In addition, to meeting important scale and technology requirements, what sets Radware’s MSSP program apart is the built-in support it offers in standing up a comprehensive security service practice,” said David Humes, vice president of product development for US Signal, a leading provider of cloud solutions, network connectivity, and data center services. “We selected Radware for their advanced technology, expertise in surgically combating volumetric attacks, and ability to help us fast track a new value-added security offering for our customers.”

Radware’s network and application security solutions are built on AI-powered algorithms to protect legitimate user experiences while minimizing false positives and the need for human intervention. The company has received numerous awards for its security solutions. Industry analysts such as Aite-Novarica Group, Forrester Research, Gartner, GigaOm, KuppingerCole, and Quadrant Knowledge Solutions continue to recognize Radware as a market leader in cyber security.

SOURCE: Globenewswire

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WiMi utilized a combination of digital certificates, RSA-based public key infrastructure and blockchain technology. Digital certificates and public key infrastructure ensure the security of the communication channel, while blockchain technology is introduced to enhance data integrity and network node protection. This technology solution is designed to provide comprehensive privacy protection and security for large-scale private networks.

The model is based on Bitcoin and Ether, utilizing mechanisms such as Proof of Work (PoW) and Proof of Stake (PoS) to validate transactions and generate new blocks. This guarantees the legitimacy of transactions and the overall robustness of the network. The model ensures the integrity of the transaction data by referencing the immutability of Bitcoin. Each block contains a certain amount of transaction information, forming a coherent chain that prevents data tampering and forgery. The model introduces Ethernet’s smart contract concept, which enables a more flexible and automated transaction process through smart contracts.

Also Read: Bybit Web3 Swap Levels Up: Strategic Partnership with SWFT Blockchain Unveils Unprecedented Liquidity and Accessibility 

The large-scale private network transaction data security model based on blockchain technology uses blockchain’s peer-to-peer encrypted links to ensure the security of data transmission. Each node ensures the security of the encryption and decryption process of the communication channel through the use of Bitcoin and Ethereum cryptography. Through the distributed ledger mechanism of Bitcoin and Ether, the model ensures that each node has an identical, up-to-date copy of the ledger. This helps to ensure data consistency and traceability throughout the large private network. Through the combined use of Bitcoin’s PoW mechanism and Ether’s PoS mechanism, the model enables efficient verification of transactions and the generation of new blocks. This improves the resistance of the entire network to attacks and makes large private networks more secure and reliable.

WiMi will continue to optimize and upgrade its large-scale private network transaction data privacy and security model as technology continues to evolve. The integration of emerging technologies, such as quantum security and more advanced encryption algorithms, will further enhance the security of the network. The model is not only applicable to specific industries, but is also expected to be a solution for building secure large-scale private networks across industries. From finance and healthcare to manufacturing and retail, secure large-scale private networks will play a key role in various fields.

SOURCE: PRNewswire

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The partnership also marks the introduction of Biostrap Waveshape, a service set to transform the accessibility of high-quality photoplethysmography (PPG) data collection and foster more accurate health models.

we mark another milestone on our journey to provide researchers with access to the granular data they want,” commented Chris Peng, CEO of Labfront. “We believe this will open the door to new applications in both health research and health applications.”

Biostrap’s CEO, Sameer Sontakey, echoed this sentiment, stating, “We’re thrilled to announce our groundbreaking partnership with Labfront and introduce Biostrap Waveshape. This new service will democratize high-quality PPG features at the edge, opening up new possibilities for developing more precise, real-time AI-driven health models.” He added, “Our commitment is to deliver advanced signal processing capabilities out-of-the-box, empowering innovators to focus on their core strengths. Biostrap Waveshape is our answer to the growing demand for digital biomarkers that can manage a wide range of health conditions with unprecedented precision.”

Also Read: Kovo HealthTech Partners with CareCloud for Electronic Health Records, Practice Management, and Credentialing Support 

This collaboration addresses a major challenge in the health tech sector– limited access to granular data from wearables. Biostrap Waveshape is designed to bridge this gap by offering transparent data access and enhancing remote health monitoring. The service offers a range of PPG signal features, crucial for developing advanced health algorithms.

Labfront and Biostrap‘s partnership underscores their commitment to a research-first approach, leading the way in tailored, precise, and proactive health monitoring and management.

Labfront is focused on addressing the problems in modern health science in order to help facilitate a more healthy future. It is currently disrupting academic health research through its code-free all-in-one research data collection and analysis solution. Founded by alumni of the Center for Dynamical Biomarkers (BIDMC/Harvard) and winners of the Tricorder XPRIZE, Labfront’s analytics help researchers make sense of the overwhelming amount of physiological data now available, helping scientists transition seamlessly into the data-rich future

SOURCE: PRNewswire

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