In Hardware and Network news this week…

Riverbed Unveils Agentic AI and 360-Degree Observability to Eliminate Network Blind Spots

Riverbed is advancing network management with agentic AI and 360-degree observability capabilities designed to provide deeper visibility across enterprise environments. The development addresses the growing challenge of network blind spots as infrastructure becomes increasingly distributed and workloads span multiple environments. By combining observability with AI-driven analysis and automation, organizations can gain greater insight into network performance, identify potential issues more quickly, and support more proactive IT operations.

In Business Technology news this week…

Zendesk Debuts Specialized AI Agents to Drive Industry-Specific Autonomous Customer Service

Zendesk is introducing specialized AI agents designed to support autonomous customer service across specific industries. Rather than relying solely on generalized AI capabilities, the approach focuses on tailoring agents to industry-specific workflows, requirements, and customer interactions. The development reflects the broader movement toward AI-powered service operations, where agents can handle routine requests and workflows while enabling human teams to focus on more complex customer needs.

In Cloud Computing & Mobility news this week…

Cisco Unveils AI and Splunk Advancements to Scale Operational Intelligence

Cisco is expanding its AI and Splunk capabilities to help organizations strengthen operational intelligence across their technology environments. The advancements bring together data, observability, and AI to help enterprises gain actionable insights from increasingly complex IT operations. As organizations manage growing volumes of data across distributed infrastructure, integrating intelligence into operational workflows can help teams identify issues, understand system behavior, and make faster decisions.

In Artificial Intelligence news this week…

OpenText and Cohere Partner to Deliver Agentic AI for Regulated Industries

OpenText and Cohere are partnering to bring agentic AI capabilities to regulated industries. The collaboration focuses on addressing enterprise requirements around data, security, governance, and controlled AI deployment. For organizations operating under strict regulatory obligations, the ability to use AI while maintaining oversight and compliance is becoming increasingly important. The partnership reflects growing efforts to make agentic AI suitable for environments where trust, security, and responsible data management are critical.

In Quantum Computing news this week…

Mitsubishi Electric Launches R&D Projects to Scale Quantum Computing Systems

Mitsubishi Electric is launching research and development projects focused on scaling quantum computing systems. The initiatives highlight continued industry investment in addressing the technical challenges involved in building practical and scalable quantum technologies. As businesses and research institutions explore potential quantum applications, advancements in system architecture and supporting technologies will be important for moving quantum computing from experimental environments toward broader real-world use.

In FinTech news this week…

Microsoft, Marvell and Utimaco Launch Cloud-Native Payment Security Architecture

Microsoft, Marvell, and Utimaco are collaborating on a cloud-native architecture designed to strengthen payment security. The initiative reflects the financial industry’s growing shift toward cloud-based infrastructure while maintaining stringent requirements for protecting sensitive payment information. By combining cloud capabilities with specialized security technologies, the architecture aims to support secure payment processing in modern digital environments and address the evolving security demands of financial institutions and payment providers.

In HealthTech news this week…

Oracle Health Launches Clinical AI Agent for Nurses to Cut Administrative Burden

Oracle Health is introducing a clinical AI agent aimed at helping nurses reduce administrative workloads. The development reflects the increasing use of AI to support healthcare professionals with time-consuming operational tasks, allowing more attention to be directed toward patient care. As healthcare organizations look for ways to improve efficiency while managing workforce pressures, specialized clinical AI agents could become an increasingly important component of digital healthcare workflows.

In Cybersecurity news this week…

Hexnode Unveils Hexnode Synapse to Drive Agentic IT and Security Operations

Hexnode is expanding its agentic AI capabilities with Hexnode Synapse, designed to support IT and security operations. The platform brings AI-driven orchestration into enterprise workflows, enabling organizations to automate and coordinate operational tasks across their technology environments. With security teams facing increasingly complex infrastructure and a growing volume of operational demands, agentic capabilities can help streamline processes, improve response workflows, and provide greater operational efficiency.

Article of the Week

Microservices Architecture for Enterprise: A Practical Guide to Building Scalable and Resilient Applications

Microservices architecture has become an important approach for enterprises seeking to build applications that can scale while remaining resilient and easier to manage. This guide explores the core principles of microservices and how organizations can structure applications as independently deployable services. It also provides practical considerations for enterprises adopting the architecture, including scalability, service management, resilience, and the operational complexity that comes with distributed application environments.

The post ITDigest’s Weekly News Roundup Featuring Riverbed, Zendesk, Cisco, OpenText, Cohere, Mitsubishi Electric, Microsoft, Oracle Health, Hexnode and more appeared first on ITDigest.

Help AG marked the debut of Quantum 360, launched in collaboration with e&, with an official ceremony at the company’s booth on Day 2 of GISEC Global, attended by senior leadership including Abdulla Ebrahim Al Ahmed, Chief Government & VVIP Relations Officer, e& UAE, and Dr Aleksandar Valjarevic, recently appointed CEO of Help AG, along with selected members of the media.

The launch comes as post-quantum readiness moves higher on the national cybersecurity agenda. The UAE’s National Encryption Policy calls on government entities to establish clear and approved transition plans from traditional encryption methods to post-quantum cryptography. Issued by the UAE Cybersecurity Council, the policy establishes national requirements for this transition. Dubai Electronic Security Center (DESC) has also introduced its Post-Quantum Cryptography Guideline to prepare Dubai’s digital infrastructure for emerging quantum threats.

Al Ahmed said: “The UAE has consistently demonstrated its ability to anticipate the technologies that will shape the future and establish the frameworks needed to adopt them securely and responsibly. As the quantum era approaches, strengthening cyber resilience and building post-quantum security will be critical to protecting sensitive data, critical infrastructure and the wider digital economy. The launch of Quantum 360 by Help AG is an important step in helping organizations understand their current exposure and take a structured, proactive approach to becoming quantum-safe.”

Also Read: IonQ and Congruity360 Form Quantum-Safe Security Partnership

Dr Valjarevic said: “The quantum conversation is moving from ‘when will it happen?’ to ‘are we ready when it does?’ Organizations need to understand where cryptographic assets exist today, what is most exposed and what needs to change first. Quantum 360 is designed to turn that complexity into a clear, practical journey towards quantum readiness.”

He added: “The UAE is already taking proactive steps towards post-quantum readiness. Our role is to help organizations translate that national direction into practical action, from understanding their cryptographic estate to building the roadmap and implementing the right level of protection for their environment.”

What is quantum computing and what cyber risks does it pose?

Quantum computing leverages ‘qubits’ to solve complex calculations and could solve certain complex problems far faster than classical computers. However, a sufficiently powerful quantum computer could break some of today’s widely used public-key encryption, exposing long-lived sensitive data – such as medical records, trade secrets, and national security intelligence – to significant cybersecurity risks. Threat actors may already be carrying out ‘harvest now, decrypt later’ attacks by collecting encrypted data today in the hope of decrypting once sufficiently powerful quantum capabilities become available. Therefore, to protect data that must remain confidential 10-20 years from now, organizations should begin preparing now by identifying vulnerable systems and migrating to post-quantum cryptographic standards.

Quantum 360: An end-to-end service offering

Against this backdrop, Help AG is positioning Quantum 360 as a practical journey from awareness to action.

Rather than treating post-quantum security as a single technology deployment, Quantum 360 addresses the broader transformation required across cryptographic assets, business risk, architecture, governance and implementation.

The portfolio is structured around three services:

Q-Lens – Assessment     
Provides organizations with visibility across their cryptographic estate, discovering certificates, keys, algorithms, libraries and dependencies across on-premises, hybrid and multi-cloud environments and establishing the Cryptographic Bill of Materials (CBOM) required to understand exposure.

Q-Path – Advisory
Takes the output of cryptographic discovery and translates it into actionable business insight. Q-Path assesses quantum exposure and readiness, identifies priorities, defines the target architecture and creates a phased migration roadmap aligned with organizational and regulatory requirements.

Q-Seal – Implementation
Provides quantum-safe implementation capabilities for highly sensitive and critical environments. This includes advanced key-distribution approaches such as QKD where organizations require the highest levels of assurance for critical communications.

Together, the three services create a structured journey:

Discover → Understand → Prioritize → Transition → Protect.

Help AG’s service offering emphasizes that there is no single post-quantum journey for every organization. The appropriate transition depends on factors including the sensitivity and lifetime of the data, existing cryptographic estate, business criticality, regulatory obligations and required level of assurance.

The post Help AG launches Quantum 360 at GISEC 2026 to advance post-quantum readiness in UAE appeared first on ITDigest.

Bridging this infrastructural divide, technology giant Microsoft, semiconductor leader Marvell, and cybersecurity provider Utimaco announced the public preview of Azure Payment HSM v2.

By unifying Marvell’s LiquidSecurity hardware, Utimaco’s Atalla Payments Module software, and Microsoft Azure’s global cloud fabric into a fully managed service, the partnership delivers a cloud-native payment security platform engineered for high-throughput, highly regulated workloads.

Also Read: Riverbed Unveils Agentic AI and 360-Degree Observability to Eliminate Network Blind Spots

The News: Multi-Vendor Hardware-Software Integration at Cloud Scale

The technical foundation of Azure Payment HSM v2 centers on combining specialized crypto-hardware with flexible cloud multi-tenancy. Rather than forcing financial institutions to manage physical appliances or build custom middleware, the joint platform delivers hardware-backed cryptographic security directly within the Azure ecosystem.

Key capabilities delivered by Azure Payment HSM v2 include:

Hardware-Backed High Throughput: Integrates Marvell LiquidSecurity HSMs to provide high-density, multi-tenant hardware performance capable of processing massive transaction bursts.

Proven Payment Cryptography: Employs the Utimaco Atalla Payments Module software supporting card issuance, PIN processing, mobile payment provisioning, and cryptographic key management natively within a cloud environment.

Full Regulatory Compliance & Sovereignty: Engineered to meet stringent Payment Card Industry (PCI) mandates including PCI PIN Security and PCI HSM while giving institutions complete key sovereignty inside their cloud tenant.

On-Demand Elasticity: Eliminates the need to over-provision physical appliances for peak transaction events, allowing institutions to scale HSM capacity dynamically across cloud regions.

Transforming Cloud Infrastructure & Financial Cybersecurity

The release of Azure Payment HSM v2 marks a structural shift across the Cloud Infrastructure, Enterprise Cybersecurity, and Fintech landscape.

The Sunset of Data Center-Bound Payment Security
For years, financial institutions viewed core payment processing as one of the last workloads anchored to physical, on-premises data centers. While non-sensitive banking applications migrated to public clouds, payment HSMs remained stuck on-premises due to compliance fears and physical hardware constraints.

The Microsoft – Marvell – Utimaco alliance highlights the end of physical HSM constraints. The cloud infrastructure market is entering a managed cryptographic execution era. Cloud providers are moving past generic key-management vaults (such as general-purpose HSMs) to deliver purpose-built, industry-certified payment platforms that allow banks to execute full cloud migrations without compromising compliance.

Setting a Baseline for Multi-Vendor Hardware-Software Alliances
Historically, building cloud-scale security required single-vendor vertical integration, which often led to proprietary lock-in or limited software choices.

By combining Marvell’s silicon, Utimaco’s specialized payment software, and Microsoft’s cloud infrastructure, the alliance establishes a modular, multi-vendor cloud architecture. Enterprise cybersecurity vendors will increasingly be evaluated on how seamlessly their specialized software modules integrate into cloud-provider hardware stacks, lowering integration complexity for enterprise clients.

Broad Operational Impact on Enterprises Operating in Cloud & Financial Tech

For Chief Information Security Officers (CISOs), Chief Technology Officers (CTOs), and cloud architects in the financial services sector, adopting managed cloud payment HSMs provides clear commercial and operational advantages:

Drastic CapEx and OpEx Reduction: Eliminates the capital expense of purchasing, housing, cooling, and maintaining physical payment HSM hardware in private data centers.

Accelerated Time-to-Market for Digital Financial Products: Cloud-native HSM provisioning enables developers to deploy new card products, mobile wallets, and payment rails in weeks rather than months.

Simplified PCI Auditability and Compliance: Operating over pre-certified Azure and Utimaco infrastructure streamlines regulatory audits, reducing compliance management overhead.

Uninterrupted Transaction Availability: Leverages Azure’s multi-region resilience and high-availability architecture to prevent service disruptions during regional outages or peak shopping events.

By replacing rigid on-premises appliances with an elastic, cloud-native cryptographic layer, Azure Payment HSM v2 enables financial institutions to modernize core payment infrastructure securely, turning security compliance from an operational bottleneck into an enabler of digital innovation.

The post Microsoft, Marvell, and Utimaco Launch Cloud-Native Payment Security Architecture appeared first on ITDigest.

Moving towards distributed work environments has exposed companies to IT and cybersecurity challenges. In this way, a joint company solution will eliminate such issues and bring down both application delivery controller (ADC) and endpoint management in one product. It guarantees safe, fast access to work-critical apps in any location, cloud, hybrid, premises.

Unifying Zero-Trust Security and Application Delivery

The technology integration enables enterprise organizations to transition from fragmented endpoint and network controls toward a unified application access architecture. By pairing F5 BIG-IP and F5 Distributed Cloud Services with Omnissa Horizon and Workspace ONE platforms, the solution automates continuous policy enforcement and dynamic traffic optimization.

Also Read: JumpCloud Expands IAM Capabilities to Secure Agentic Workforce 

Key operational capabilities delivered through the F5 and Omnissa partnership include:

Automated Zero-Trust Access Control: Enforces continuous identity, device health, and posture verification before granting user access to sensitive enterprise applications.

Optimized Digital Experience: Leverages intelligent traffic management to reduce latency and enhance application delivery performance for remote employees.

Unified Workspace Management: Centralizes network control and endpoint administrative workflows into a single operational architecture, reducing IT management overhead.

Proactive Security Governance: Protects distributed endpoints and cloud infrastructure against emerging cyber threats, data leakage, and unauthorized access attempts.

Driving Operational Efficiency across Distributed Enterprises

By embedding F5’s application security framework natively into Omnissa’s digital workspace suite, the joint solution empowers Chief Information Officers (CIOs) and Chief Information Security Officers (CISOs) to simplify infrastructure management. The consolidated architecture allows enterprise teams to lower operational maintenance costs, maintain strict regulatory compliance, and support distributed workforce productivity without compromising network resilience.

The post F5 Partners with Omnissa to Safeguard High-Performance Digital Workspaces appeared first on ITDigest.

Regulations around the world that mandate greater digital accessibility compliance standards have placed even greater pressure on enterprise software as well as online platforms. Engineering teams dealing with these requirements end up having large numbers of accessibility remediation tasks piling up behind them. Apart from manual coding reviews and retrospection to fix errors, relying on outside specialists for an accessibility testing does not help but rather adds more development time and delays a product release. That is how accessiBe’s Code Agent works around this challenge by independently discovering, describing, and even fixing accessibility issues in the source code simultaneously with a developer.

Shift-Left Web Accessibility for Modern Engineering Teams

Code Agent shifts the focus on digital inclusion leftwards through native integration with Integrated Development Environments (IDEs), code repositories, and continuous integration/continuous deployment (CI/CD) pipelines. Through this integration, Code Agent continuously checks source code against WCAG and other legal standards. It then brings suggestions of specific source code changes to make web products accessible from the very start and not just during the design phase as a fix.

Also Read: Progress Debuts Telerik and Kendo UI Updates for Agentic Application Build

Key technical capabilities delivered by accessiBe’s Code Agent include:

Real-Time Code Analysis: Inspects HTML, ARIA attributes, CSS, and component libraries as code is authored, surfacing immediate accessibility feedback.

Autonomous Remediation Suggestions: Generates context-aware, WCAG-compliant code snippets that developers can review, accept, or modify with a single click.

CI/CD Pipeline Integration: Prevents non-compliant code merges by automatically running accessibility checks during pull request (PR) reviews and automated testing runs.

Developer Guidance & Learning: Explains the underlying functional impact of specific accessibility violations on assistive technology users, fostering long-term developer education.

Scalable Repository Management: Scans large codebases to index, categorize, and prioritize legacy accessibility technical debt across enterprise applications.

“For too long, web accessibility has been treated as an afterthought or a secondary phase in software engineering, leading to costly re-work and compliance gaps,” said Shir Ekerling, Co-Founder and CEO of accessiBe. “With Code Agent, we are bringing agentic AI into the tools developers use every day. By making accessibility an organic part of the coding process, we enable organizations to build digital environments that are natively inclusive from day one.”

Streamlining Compliance and Reducing Development Costs

AccessiBe’s Code Agent helps identify issues related to accessibility at the source code stage, thereby making digital compliance inexpensive and efficient. AccessiBe allows enterprise engineers, CTOs, and product managers to increase their release speed and reduce legal risk, while making sure that all digital assets are accessible to persons with disabilities.

The post accessiBe Unveils Code Agent to Embed Agentic Accessibility in Developer Workflows appeared first on ITDigest.

Also Read: Globant Unveils MuleSoft AI Pod to Accelerate Enterprise Agentic AI Deployments

The post StorONE Enables Engage2Excel to Achieve 9x Value from Flash Across the Entire Data Lifecycle appeared first on ITDigest.

CTERA’s bespoke analysis of over 16 petabytes of live production data, captured across 856 file-share discovery scans in enterprise NAS environments across multiple industries, found that just 4.4% of stored capacity consists of data that users and applications regularly access. Across this massive estate, 88.3% of files had not been accessed in more than a year, while less than 10% of stored capacity had been accessed within the previous 90 days. The challenge for IT teams is determining which data can be safely moved to a lower-cost tier without compromising governance, accessibility, or future value.

Also Read: New CTERA Research Reveals Just 4.4% of Enterprise Storage Is Actively Used

The CTERA Data Archiving Solution helps IT teams determine what data should be archived and how. CTERA InsightAI uses agentic AI to infer what each file contains from its metadata – filename, path, extension, and directory context – and assess its value to the business, combining that understanding with age, type, size, and usage patterns to recommend which data can be archived. With CTERA Archive, organizations can then move those files to a dedicated, isolated archival tier within the same CTERA environment, while maintaining control over retention and access. Archived data can reside on lower-cost storage hardware or cloud services, providing a more economical alternative to keeping inactive information on primary storage. Because archived files stay within the CTERA Intelligent Data Platform, they remain governed and accessible to AI and analytics without a separate retrieval or rehydration step, so cold data can be moved off primary storage without being taken out of reach.

The CTERA Data Archiving Solution is designed to help organizations address four key challenges:

• Reduce storage costs: Identify inactive data consuming expensive primary storage and move it to a variety of lower-cost archival-class object storage targets.
• Simplify data lifecycle management: CTERA InsightAI agents infer file content and business significance from metadata, combining them with age, type, size, and usage patterns to surface archive candidates, removing the guesswork and manual effort involved in determining what to move.
• Maintain governance and compliance: CTERA Archive provides configurable retention policies and maintains an audit trail of archive and restore operations, including the operator, source, destination, reason, file count, size and timestamp.
• Lower data exposure and risk: Moving inactive data out of primary storage shrinks the amount of sensitive information exposed in file systems.

“Enterprise data volumes are going to continue to grow, but not all data needs to remain on primary storage or be immediately accessible. The challenge has always been knowing what data can safely move and then providing a practical path to execute that migration,” said Oded Nagel, CEO of CTERA. “By pairing CTERA InsightAI, which understands what data means to the business and not just how old it is, with the governance and controls of CTERA Archive, the CTERA Data Archiving Solution gives IT teams a much simpler, AI-guided way to bring discipline to the enterprise data lifecycle without sacrificing access. Archived data stays usable for AI and analytics rather than locked away.”

The post CTERA Launches AI-Assisted Data Archiving Solution to Help Reduce Enterprise Storage Costs appeared first on ITDigest.

Caesium fountain clocks, such as those operated at PTB, rely on the quantum behaviour of caesium atoms. One second is defined as the duration of exactly 9,192,631,770 periods of the radiation corresponding to the transition between the two energy levels of the ground state of the caesium-133 atom. In a vacuum chamber, an ultracold cloud of these atoms passes twice through a Ramsey microwave cavity before their final state is measured using laser-induced fluorescence spectroscopy. 

How to cool down the caesium atoms 

Dr. Johannes Rahm, a member of PTB’s Time and Frequency department, explains: “Before the measurement can take place, a cloud of ultracold atoms must be loaded. This is realized by means of a magneto-optical trap (CSF1) or an optical molasses (CSF2). In both cases, lasers in specific geometric alignment are detuned slightly below an optical transition of caesium-133. Due to the residual thermal motion, this laser light is Doppler-shifted to the transition frequency and by absorption of photons from the laser and conservation of momentum, the atoms in the cloud are slowed and therefore cooled down.” 

Also Read: Rohde & Schwarz has achieved initial verification of 3GPP Rel. 17 power-saving feature SSSG for 5G NR

A working cycle of the caesium fountain clock 

A small frequency difference between the lasers then pushes the cloud upward, like tossing a ball into the air. This creates the ‘fountain’ effect: the atoms pass through the Ramsey cavity once on the way up and again on the way down under gravity. After passing the Ramsey-cavity the second time, the transition probability is determined by means of fluorescence spectroscopy. During each passage of the Ramsey cavity, a microwave pulse is applied. The frequency of this pulse is tuned so that the resulting transition probability is about 50%. With each fountain cycle, which consist of the loading phase, the launch phase, the Ramsey-interrogation, detection and ballistic flights in between the phases, the sign of the microwave frequency detuning is inversed, so that the left and the right side of the symmetrical transition probability structure is sampled. The true transition frequency is then given by the mean of the two steered frequencies set for the 50% transition probability. Once the measurement is complete, after about 1.2 seconds, the cycle starts again and continues 24 hours a day. 

Evolution of the clocks 

The caesium fountain clock requires careful control of the lasers. This was originally implemented by using custom analog circuitry developed by an earlier generation of PTB engineers and scientists. Maintaining such a complex system for the long term becomes increasingly difficult. So, like the experiment itself, the supporting electronics must evolve, leading Dr. Rahm to explore how to replace its analog system with a digital alternative. His research led him to integrate AWG (Arbitrary Waveform Generator) cards in PXIe format from Spectrum Instrumentation. These cards generate the RF frequencies required to manipulate the laser frequencies for cooling, launching and detection of the atoms using acoustic-optical modulators.

Fast reaction of the Spectrum support 

However, a challenge arose during implementation. Although the M4x.6622-x4 AWG cards met the accuracy extremely well, none of the possible signal generation modes matched the special requirements needed at PTB. For an efficient design of the caesium fountain clock cycle, each laser needs a specific set of waveforms at a specific time of the cycle. Dr. Rahm contacted the Spectrum Instrumentation support, which is handled by the design engineers directly. In just two days, the software engineers developed a new feature called “Sequence Restart Mode”. Dr. Rahm’s tests were successful, and the new mode works exactly as envisioned. 

Meanwhile, Spectrum Instrumentation released the Sequence Restart Mode as a free-of-charge upgrade for all AWGs in the 65xx and 66xx series. The new mode can be enabled easily by installing the latest drivers. 

The post Atomic clocks refined with AWG cards in PXIe format appeared first on ITDigest.

Rohde & Schwarz positions the QPS Walk500 precisely in this application area. The scanner was specifically designed for event security with high foot traffic. People pass through the security checkpoint without stopping and without needing to remove their coats or other outerwear. With a capacity of up to 750 people per hour, the new QPS Walk500 enables efficient and reliable security checks.

Its combination of millimeterwave technology and AI-based algorithms makes the reliable detection of a wide variety of materials possible, including metals, plastics, liquids, granules, organic materials and ceramics. It can also detect potentially dangerous objects that cannot be detected by conventional metal detectors.

Also Read: Progress needs proof: Rohde & Schwarz showcases its trailblazing test solutions at EuMW 2026 in London 

Automatic threat detection precisely locates suspicious objects on a neutral avatar. This allows security personnel to immediately identify where a targeted follow-up inspection is necessary, saving time and shortening the interaction with the person being screened. The additional optional hand-masking feature allows people to hold everyday items such as cell phones, wallets and keys in their hands without interfering with the scanning process. This makes security checks more efficient and helps maintain the flow of people even when visitor traffic is heavy.

The QPS Walk500 stands out for its lightweight design, offering a flexible alternative to conventional access control systems. Its open design allows for an intuitive and welcoming security screening process, while audible and visual cues make it easy to use. With the QPS Walk500, Rohde & Schwarz is expanding the QPS Walk portfolio to include a compact model for applications requiring the highest throughput.

The post Rohde & Schwarz launches new security scanner for large events at Security Expo 2026 appeared first on ITDigest.

Datanomix and Hexagon, already partners in advancing Manufacturing Intelligence, have expanded their collaboration with a new connection between Hexagon’s Cloud and Datanomix G-Code Cloud + DNC. Programmers continue to work in Esprit Edge before uploading the NC program and its supporting documents to Hexagon Cloud. From there, revision control, Digital Production Bundle assembly, and controlled delivery to the machine are automated.

“Every shop has the same gap, and it’s right where programming ends, and production begins,” said Greg McHale, Founder and CEO of Datanomix. “Programming and the machine should not be two different systems of record, with people guessing whether the right program is running, the right setup sheets were used, or where the right version of these artifacts even lives. Datanomix and Hexagon built a connection that carries revision control and the full production package from print to post to part and brings what happened at the control back to the programmer who owns it.”

Also Read: Telxius Boosts Global Network Capacity and Efficiency with Nokia 800G Coherent Pluggable Deployment

How it works

1. Program the part in Esprit Edge, as usual

2. Upload the NC program, print, setup sheet, and tooling docs to Hexagon’s Cloud

3. Datanomix G-Code Cloud + DNC versions everything and files it by part number

4. Once approved, the package lands at the operator’s Machine HUD as one Digital Production Bundle  the same workspace they already use for production monitoring

5. Edits at the control come back to engineering as change requests, so the programmer decides what makes it into the next approved revision

Automated delivery from cloud to shop floor. Engineering approves the revision, and it syncs to G-Code Cloud + DNC and lands on the floor. Nothing reaches a machine that wasn’t released. No walking out to find out what’s running, or who changed it last.

A visible feedback loop to engineering. Edits made at the control are recorded against the delivered program and returned to the programmer. What changed at the machine becomes part of the record instead of getting rediscovered on the next run or worse, never discovered at all.

Zoltan Tomoga, Product Manager at Hexagon’s Production Software Division, explained: “Recurring work may return months or years later, after machines, tooling and personnel have changed. Returning controller edits to engineering as change requests helps programmers understand what was learned during the previous production run, decide what remains relevant, and incorporate the right changes into the next approved version.”

Built for regulated work

For shops running medical, defense, and aerospace programs, NC code is a controlled asset. Traceability and protection aren’t optional: encryption, version control, role-based access, a complete audit trail. Once uploaded, programs authored in Esprit Edge are managed in a platform built for CMMC 2.0, where every change is logged with who, what, when, and why.

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