How CTERA Forward Deployed Engineering Works

• Start from the data. CTERA engineers assess the real file estate, including volumes, access patterns, and source systems, to validate use case workflows with data evidence.
• Prepare data AI can use safely. The team identifies which data sets a workflow needs, then classifies, organizes, and governs them in place. AI works only with content each user is already authorized to access.
• Build into existing workflows. Workflows integrate with the systems and AI tools the organization already uses through open standards such as the Model Context Protocol and automation platforms, such as n8n, and are validated against real data before go-live.
• Transfer ownership. Customer engineers work alongside CTERA from the first phase, and document configuration as they build it. An engagement is complete when the customer can add the next use case without CTERA.

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

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The research also found:

• 83.1% of the total stored capacity is in files that have not been modified in more than one year.

• 97.5% of individual files had not been modified in more than one year.

• 88% of individual files had not been accessed in more than one year, indicating the extent of inactivity across enterprise file environments.

• Only 9.9% of stored data was accessed in any given 90-day period.

Also Read: NetBox Labs and Presidio Announce Strategic Partnership to Anchor Enterprise Infrastructure Modernization and Automation

These findings point to a common yet costly pattern in which organizations use expensive primary storage as a de facto archive. IT professionals have a term for this accumulated inactive data: ROT, short for Redundant, Obsolete, or Trivial data that exists in duplicate or serves no clear business purpose. While cold data on primary storage is not a new challenge, the research highlights how this ROT data consumes storage as it is backed up, protected, and managed, increasing the resources needed to maintain the overall data estate.

The security implications are also significant. Inactive data often remains in the same network-accessible environments and under the same permissions as active data, potentially exposing far more information than employees and applications need for day-to-day operations.

The research also highlights an emerging AI-readiness challenge. As organizations use AI to search and retrieve enterprise information, large volumes of historical or inactive data can make it harder to surface the most relevant and current information. AI is only as useful as the data it can access, and only as reliable as the information it retrieves.

“When only 4.4% of capacity is actively used, enterprises are running their most expensive storage tier as what is effectively a cold archive. That creates a multiplier effect across storage and data protection costs, security exposure, and now the quality of information available to AI systems,” said Aron Brand, CTO of CTERA. “This points to a fundamental challenge in how organizations think about data management. The answer isn’t simply to delete old data, it’s to make better decisions about where that data belongs. Information can be retained and protected without living on expensive primary storage.”

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Addressing this data scaling bottleneck, networking and security giant Cisco announced a suite of advancements across its Splunk portfolio.

The integration of Splunk’s telemetry foundation into Cisco’s security, networking, and cloud architectures makes this release provide enterprise-grade, fully-trusted AI capabilities. The patch empowers Chief Information Officers (CIOs) and Chief Information Security Officers (CISOs) to monitor threats, manage networks, and regulate AI activities in hybrid cloud setups through a single interface in real-time.

The News: Unified Telemetry, Agentic SOC Workflows, and Trusted AI Infrastructure

The core technical advancement behind Cisco’s announcement is turning passive log data into predictive, real-time operational execution. Rather than requiring engineers to query separate tools for network performance and threat analysis, Cisco’s expanded Splunk ecosystem correlates multi-domain telemetry directly into automated workflows.

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

Key technological and strategic highlights of the release include:

Splunk AI Assistant for Security & Observability: Surfaces natural-language diagnostic insights, enabling SOC analysts and IT engineers to investigate anomalies, correlate root causes, and summarize complex incident timelines instantly.

Agentic Threat Detection and Remediation: Connects Splunk telemetry natively to Cisco Security Cloud, allowing AI agents to draft and execute network isolation rules, update firewall policies, and remediate zero-day threats under human supervision.

Enterprise AI Data Foundation: Integrates Cisco’s telemetry capabilities directly into Splunk’s data lakehouse, giving enterprises a secure, governed foundation to fine-tune internal AI models on operational data without exposing sensitive intellectual property.

Unified Observability Across Hybrid Cloud: Bridges performance monitoring between physical Cisco network switches, cloud infrastructure, and distributed AI clusters to prevent systemic downtime and optimize infrastructure spend.

Transforming the Enterprise IT & Software Architecture Industry

Cisco’s integration of Splunk into a unified AI data layer signals a fundamental structural evolution across the Enterprise IT & Software Architecture sector.

The Obsolescence of Siloed IT Monitoring Point Solutions
For years, IT architectures have been composed of various software stacks including enterprise monitoring for the infrastructure, security information and event management platform for security purposes, and separate analytics dashboard for application performance. Software architects had to build complex custom connectors between all of these different systems.

Cisco’s advancements signal the sunset of disconnected IT point solutions. The enterprise software sector is moving toward unified telemetry fabrics. IT architects are abandoning fragmented tools in favor of integrated platforms where security, networking, and application performance data flow through a single, intelligent analytics layer.

Establishing “Data-First Governance” as an AI Prerequisite
Historically, software vendors added AI features as standalone tools layered on top of legacy application databases. However, enterprise AI models deployed without unified operational data frequently produce inaccurate recommendations or create severe data privacy risks.

By anchoring Splunk’s data platform as the foundational intelligence engine for enterprise AI deployment, Cisco establishes governed data scale as the core standard for enterprise software architecture. Software providers will no longer be judged simply on the natural language capabilities of their AI models, but on how securely and natively those models access live enterprise telemetry across multi-cloud environments.

Broad Operational Impact on Enterprise Businesses in the IT Sector

For IT leaders, enterprise architects, and technology executives operating across this space, adopting Cisco’s unified Splunk AI architecture provides clear commercial and operational advantages:

Meaningful MTTR Reduction: The automation of log correlation and root cause analysis results in MTTR being reduced to minutes rather than hours, ensuring application uptime for critical business activities.

Efficient IT Infrastructure Investments: The consolidation of different monitoring toolsets to one telemetry system removes unnecessary licensing costs and reduces data storage expenses.

Improved Cyber Resilience: In real time, the correlation of network traffic with threat intelligence stops lateral movement in ongoing cyber attacks.

Rapid Enterprise AI Implementation: Offers software developers and data scientists the ability to utilize operational telemetry that is already governed and ready to train custom enterprise AI models.

In today’s world where digital infrastructure downtime translates to money loss, enterprises’ software architectures cannot afford manual analysis or disconnected analytics anymore. Using operational AI in a unified telemetry environment gives IT management an opportunity to ensure system uptime, make sure complex cloud migrations go smoothly, and scale autonomous software functionality around the world enterprise.

The post Cisco Unveils AI and Splunk Advancements to Scale Operational Intelligence appeared first on ITDigest.

Also Read: Elastic Launches High-Performance Multilingual Embedding Models for Semantic Search

Emphasizing shared technical ambitions, Naveen Venkatapathi, managing director for Wavicle, added: “Deloitte and Wavicle align in a multitude of ways, and that makes this an exciting opportunity for us. Our purpose has always been to make AI work for enterprises that build the real economy and make an impact on people’s lives. Combining our technical leadership and engineering talent with Deloitte’s impressive AI and Engineering business will help us deliver AI-powered, innovation-centered, data-strong futures for our clients across industries and sectors.” Reaffirming the necessity of modernizing architecture for generative tools, Sundhar Sekhar, chief services officer, Deloitte Consulting LLP, noted: “Modernizing data ecosystems is a critical foundation for enterprises seeking to differentiate through AI. The integration of Wavicle’s technical leadership and background in a wide range of solutions with Deloitte’s Databricks offering allows us to help clients bring together the modernized data foundations, industry knowledge and intelligence solutions to move faster and deliver AI that performs in the real world.” Building on Deloitte’s recognition as a triple 2026 Databricks Partner Award winner, this deal solidifies its enterprise capacity to deliver scalable, secure AI transformation.

Read More: Deloitte Acquires the Business of Wavicle, Accelerating Data and AI Engineering Capabilities

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In Hardware and Network news this week…

FS Launches 800G Muxponder to Power Next-Gen AI and Cloud Networks
FS launched D7070 series Integrated 800G Muxponder and thus extended its DCI product lineup to 800G line capacity. The 1U platform consolidates the current 100 GbE and 400GbE client services into four 800G coherent waves, providing 3.2 Tb/s aggregate line capacity across data centers, metro and regional networks. This launch is an important step for the Optical Networking, Telecommunications and Data Center Infrastructure industries, allowing scaling 800G transport into a flexible and open software architecture.

In Cybersecurity news this week…

Cloudera and NVIDIA Partner to Accelerate Apache Spark Pipelines and Slash Cloud Compute Spend
Cloudera, the industry leader in hybrid data platforms, has joined hands with NVIDIA and is now providing GPU-accelerated Spark 4.1 within Cloudera Data Engineering. The solution leverages the NVIDIA CUDA-X library (cuDF) and enables data engineering teams to accelerate workloads by up to 4x. The solution comes with the recently unveiled Cloudera Anywhere Cloud and helps organizations to accelerate ETL (extract, transform, load) processes without any change in the existing PySpark and SQL code.

In Business Technology news this week…

Bain & Company Partners with Anthropic to Drive Enterprise AI Transformations
Bain & Company has announced a strategic global partnership with AI research firm Anthropic, joining the Claude Partner Network as a ‘Global Premier’ partner to help enterprise clients accelerate from initial AI experimentation to full-scale, value-generating deployments. The collaboration unites Anthropic’s frontier Claude models with Bain’s industry expertise and 1,500-strong multidisciplinary team of AI, data, and analytics specialists to deliver end-to-end strategy, technology modernization, and AI-enabled operations.

In Artificial Intelligence news this week…

Seclore and Glean Partner to Deliver Context-Aware, Persistent Data Security for Enterprise AI
Seclore announced a strategic partnership with enterprise AI platform leader Glean. The integration unifies Glean’s enterprise context graph with Seclore’s ARMOR Data Security Posture Management (DSPM) and Enterprise Digital Rights Management (EDRM) capabilities. By writing persistent classifications and encryption controls directly onto source files, the joint solution ensures that sensitivity labels follow data wherever it travels—whether opened in native applications, shared externally, or surfaced through conversational AI.

In Big Data news this week…

SQD Partners with Google Cloud to Expand Blockchain Analytics Capabilities via BigQuery
SQD has announced a strategic partnership with Google Cloud to integrate its validated data pipelines into Google Cloud Web3 Blockchain Analytics within BigQuery. Executed through SQD’s enterprise division, SQD 360, the collaboration feeds cryptographically verified on-chain datasets directly into Google Cloud’s fully managed serverless platform, enabling developers, analysts, and enterprises to query structured blockchain records without running dedicated nodes.

In FinTech news this week…

Flagright Partners with Nacha to Enhance ACH Compliance and Risk Prevention
Flagright has officially been named a Nacha Preferred Partner for ACH Compliance, Fraud Monitoring, and Risk and Fraud Prevention, marking a significant milestone in its expansion across the payments landscape. Organizations utilize Flagright’s transaction monitoring engine to oversee incoming and outgoing ACH payment flows, detect deviations from normal behavior, and prioritize alerts based on dynamic risk parameters by leveraging customer-configured rules alongside machine-learning anomaly detection.

In Enterprise Software news this week…

NTT DATA Acquires Netgain to Build Sweden’s Largest Pure-Play ServiceNow Entity
Global digital business and IT services leader NTT DATA has announced the acquisition of Stockholm-headquartered ServiceNow specialist Netgain AB, combining its operational scale with The Cloud People acquired by NTT DATA in December 2025 to establish Sweden’s largest pure-play ServiceNow consultancy. Founded in 2008, Netgain brings approximately 60 specialists and over 160 certifications across IT Service Management (ITSM), Human Resources (HR), and Customer Service Management (CSM), expanding NTT DATA’s strategic presence and capacity across the Nordics and broader European markets.

In IT & DevOps news this week…

Progress Debuts Telerik and Kendo UI Updates for Agentic Application Build
Enterprise software leader Progress Software announced the latest release of Progress® Telerik® and Progress® Kendo UI®, introducing context-aware AI capabilities designed to streamline UI engineering and support agent-driven software architectures. The updated suite enables software engineering teams to transition from standard AI-assisted coding toward building production-ready applications that support interactions from both human users and autonomous AI agents.

Article of the Week

Cloud Security Best Practices: How Enterprises Can Protect Data, Applications and Cloud Infrastructure

With IaaS, the customer has a larger security responsibility because it controls more of the environment. Operating systems, applications, network settings, identities, and configurations can all sit within the customer’s area of control. With PaaS, the provider manages more of the underlying platform, but the customer still has to secure applications, data, identities, and configurations. SaaS moves more infrastructure responsibility to the provider, yet the customer still controls things such as user access, permissions, and data handling.

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In order to solve this cost and performance issue, Cloudera, the industry leader in hybrid data platforms, has joined hands with NVIDIA and is now providing GPU-accelerated Spark 4.1 within Cloudera Data Engineering.

The solution leverages the NVIDIA CUDA-X library (cuDF) and enables data engineering teams to accelerate workloads by up to 4x. The solution comes with the recently unveiled Cloudera Anywhere Cloud and helps organizations to accelerate ETL (extract, transform, load) processes without any change in the existing PySpark and SQL code.

Technical Architecture: Zero-Code GPU Acceleration Across Hybrid Cloud

The primary technical breakthrough behind the Cloudera and NVIDIA integration is the ability to swap the underlying execution engine without disrupting existing developer workflows.

Traditionally, the utilization of GPU hardware for the purposes of data engineering demanded the process of manually configuring the drivers, significant code reengineering, or tying the organization to a single vendor in terms of public clouds. With the integration of the NVIDIA cuDF plugin in Cloudera Data Engineering, all Spark SQL and DataFrame API calls would be executed on the NVIDIA GPUs.

Also Read: GitLab Expands Agentic AI Across Software Delivery to Accelerate Enterprise Development 

Key technical capabilities of the joint solution include:

Zero-Code Execution: Data teams maintain their current PySpark scripts, SQL queries, and scheduling pipelines while reaping native hardware acceleration.

No Manual Driver Configuration: Built-in deployment removes the engineering overhead of configuring GPU drivers and CUDA dependencies across cluster nodes.

Hybrid Cloud Consistency: Unlike proprietary GPU acceleration tools limited to specific cloud ecosystems, Cloudera extends GPU-accelerated Spark across public clouds, private clouds, sovereign environments, and on-premises data centers.

Enterprise Security & Governance: Operations remain fully integrated within the Cloudera Unified Data Fabric, maintaining compliance, access controls, and data lineage.

Transforming the Big Data, Cloud Infrastructure, and Data Engineering Industry

The integration of native GPU acceleration into mainstream data processing software signals a defining architectural shift across the broader Big Data, Data Infrastructure, and Cloud Analytics market.

The Shift from CPU-Centric to Accelerated Data Engineering
For nearly two decades, enterprise data pipelines relied almost exclusively on CPU clusters for batch processing and ETL workflows. However, as dataset sizes have exploded to support real-time analytics and generative AI models, CPU-only processing has reached its economic and physical limits.

Cloudera and NVIDIA’s partnership accelerates the transition toward accelerated compute architectures for data engineering. Data infrastructure providers will no longer be evaluated solely on how efficiently they scale CPU memory, but on how natively they weave GPU acceleration into standard data processing frameworks.

Ending Vendor Lock-In for GPU-Accelerated Pipelines
Up until now, organizations looking for GPU accelerated big data processing had little choice but to move their workloads to certain multi-tenant cloud vendors or SaaS offerings.

With the GPU-acceleration capability now integrated into Cloudera Anywhere Cloud, the collaboration makes GPU-accelerated data engineering available to all. Organizations have full data sovereignty enabling GPU acceleration of Spark workloads regardless of where the underlying storage is located.

Operational Impact on Enterprise Businesses

For enterprise organizations navigating soaring cloud bills and delayed AI rollouts, adopting GPU-accelerated Spark pipelines yields direct commercial and operational advantages:

Insulating Cloud Budgets Against AI-Driven Inflation
Because cloud providers charge for instance compute runtimes by the minute, long-running CPU Spark pipelines are a primary cause of cloud cost overruns. Shrinking processing times by up to 4x enables enterprises to dramatically shorten server runtimes reducing monthly cloud infrastructure bills while handling higher data volumes.

Accelerating Enterprise AI Deployment Velocity
AI and machine learning models depend on clean, fresh, and properly structured data. When data preparation pipelines lag, data scientists and AI models sit idle. Accelerating the baseline ETL layer allows businesses to ingest, clean, and feed real-time operational data into production AI models faster, turning raw corporate data into an immediate driver of competitive advantage.

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With the increase in volume of corporate data, the information technology department has to incur more costs due to having old backup data, unstructured data, and redundant, obsolete, and trivial (ROT) data stored in primary storage which is performance-oriented. Veeam Data Cloud Vault Archive brings closure to the cycle of backups through an automated policy-based destination to store inactive data in cheap cloud storage.

“Data powers organizations, and trusted AI requires trusted data,” said Rehan Jalil, President of Products and Technology at Veeam. “That means data must be protected, isolated, recoverable and stored in the right location — even when it is no longer actively used. Long-term retention of that data has become a cyber resilience, compliance and cost challenge all at once. Veeam Data Cloud Vault Archive gives customers a secure, immutable, and cost-effective way to tier aging backups, cold and ROT data off premium storage while keeping a trusted copy on storage better fit for long-term retention.”

Also Read: Edge Delta Eliminates Data Throughput Costs to Accelerate AI-Driven Observability Adoption

Accelerating Cost Optimization and Replacing Legacy Tape

Veeam Data Cloud Vault Archive addresses critical operational bottlenecks associated with legacy tape systems and high-cost cloud storage tiers:

Retiring ROT Data Efficiently: Automated policies within Veeam Data Platform v13.1 allow organizations to offload cold backups and large unstructured data sets including Network-Attached Storage (NAS) archives—from expensive primary tiers to low-cost archival storage.

A Modern Alternative to Physical Tape: Eliminates the operational friction, transportation risks, offsite logistics delays, and physical handling overhead inherent to tape archives.

Immutable Cyber Resilience: Keeps archived backup data encrypted, logically air-gapped, and immutable to prevent unauthorized modification or deletion by ransomware threat actors.

Integrated Clean Restores: Working alongside Veeam Data Platform v13.1, the system scans data before long-term archiving to verify clean, malware-free restore points for future recovery.

Immediate Enterprise Availability

Veeam Data Cloud Vault Archive is generally available today alongside the release of Veeam Data Platform v13.1 through Veeam’s global network of authorized channel partners, resellers, distributors, and cloud marketplaces.

IT leaders, infrastructure architects, and cloud security executives can evaluate platform specifications or access deployment frameworks by visiting the official Veeam platform portal.

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To bridge this performance gap, data teams were historically forced to copy data out of their primary repository and maintain a separate, highly expensive real-time serving database. This fragmented approach introduced severe vendor lock-in, data security risks, and complex data pipeline maintenance.

Eliminating this structural bottleneck, data and AI leader Databricks announced the launch of Lakehouse//RT.

Powered by a groundbreaking compute engine named Reyden, the platform delivers ultra-low millisecond query speeds directly on open table formats like Delta Lake and Apache Iceberg. This release completes the performance lifecycle for the Data Infrastructure, Cloud Analytics, and Enterprise Software industry, altering how modern organizations store, secure, and monetize enterprise intelligence.

Technical Integration: True Millisecond Execution on an Open Foundation

The structural breakthrough behind Lakehouse//RT is its ability to eliminate the data movement phase entirely. Rather than relying on extract, transform, load (ETL) routines or change data capture (CDC) pipelines to shift copies of data to separate storage, the Reyden engine queries data lakes directly where they reside.

The software architecture addresses heavy, complex concurrent workloads across three main vectors:

Massive Concurrency at Low Latency: The platform delivers sub-100 millisecond response times while processing up to 12,000 queries per second under heavy load, ensuring analytics dashboards remain responsive even with tens of thousands of simultaneous users or autonomous AI agents.

Complex Analytical Handling: Unlike legacy real-time acceleration stacks designed purely for simple data lookups, the engine executes deep multi-table joins, window functions, and complex aggregations without crashing or experiencing latency spikes.

Unified Governance via Unity Catalog: Every single query executes natively within Databricks’ existing Unity Catalog governance framework. This enforces consistent security policies, access controls, and data auditing logs without requiring a separate permissions management layer.

Also Read: CrowdStrike Targets Autonomous Risks with Continuous Identity Architecture for AI Agents

Transforming the Data Infrastructure and Analytics Market

The arrival of a native, ultra-low latency tier within the data lakehouse fundamentally resets the competitive dynamics of the enterprise software ecosystem.

The Obsolescence of the “Side-Stack” Serving Layer
For the past decade, specialized real-time database vendors carved out lucrative market share by pointing out the latency limitations of the cloud data lakehouse. Databricks’ deployment of Lakehouse//RT challenges the economic model of those specialized, external side-stacks.

When a single platform can natively handle data pipelines, AI modeling, business intelligence, and real-time app serving on an open format, the justification for purchasing and maintaining expensive, separate real-time serving platforms shrinks significantly. The market will increasingly favor complete, unified data platforms over fragmented point solutions.

Acceleration of the Agentic AI Runtime Stack
The timing of this release corresponds with the enterprise shift from simple conversational chatbots toward autonomous AI agents. AI agents operate by constantly reasoning in loops, calling external tools, and executing data checks behind the scenes. For an AI agent to take smart actions, it must query massive enterprise datasets in real time; a three-second latency delay completely stalls its execution flow. By providing a reliable millisecond speed layer, Databricks is effectively establishing the necessary plumbing for high-velocity, production-ready AI agents.

Overall Operational Impact on Businesses

For enterprise corporations navigating strict technology budgets and thin operating margins, consolidating real-time workloads onto a unified platform delivers clear business advantages.

Slashing Total Cost of Ownership and Architectural Debt
Maintaining separate databases for analytical storage and real-time serving creates massive data replication costs and burns significant engineering hours just to keep data synchronized. Early adopters of Lakehouse//RT have reported performance improvements of up to 16x compared to their specialized real-time tools, allowing them to completely dissolve their separate analytics side-stacks. This compression recovers massive amounts of capital and engineering capacity, liberating data teams to focus on revenue-generating applications rather than infrastructure plumbing.

Enforcing Single-Source Security and Governance
Data protection officers have a difficult time keeping track of compliance when corporate information is proprietary and constantly copied across independent database systems. One unsecured copy or unmonitored data synchronization is enough to put an organization at risk of serious data privacy breaches and regulatory fines.

By integrating real-time business processes in one controlled environment, it is possible to guarantee that security measures are consistently enforced across all the workloads. The members of a corporate board can be sure of creating and expanding automated data services, their foundational intellectual property being securely protected, thoroughly checked, and compliant with global standards.

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Cutting Out the Friction from the “Cab-to-Cash” Process

Historically, factoring has been characterized by paper-based documents and inefficient communications. With an advanced architectural design that places users at the forefront, the new Workflow AI for Factors solution streamlines the entire workflow, including document ingestion, processing, approval, and financing.

As a neutral technology provider, Transflo ensures that this increased efficiency does not come at the cost of data security or relationship integrity.

“Our goal was simple: remove complexity from factoring,” said Renee Krug, CEO of Transflo. “We’ve combined automation, intelligent workflows, and a clean user experience to create a platform that is faster, more accurate, and significantly easier to use. This is a meaningful step forward for our customers and the industry.”

Also Read: Operant AI Introduces Endpoint Protector to Address Enterprise AI Security Blind Spots

“Our customers value confidentiality and trust,” added Krug. “Because Transflo is a neutral technology partner, our customers can confidently run their operations on our platform, knowing their data is protected and their business relationships stay intact.”

A Smarter, Scalable Factoring Engine

Workflow AI for Factors introduces a suite of intelligent capabilities designed for high-velocity financial operations:

End-to-End Automation: Custom AI agents carry out document capturing and data extraction, leading to greatly decreased manual input.

User-friendly Interface: An intuitive UI enables employees to process high volumes of transactions with no need for extensive training.

Built-in Validation Engine: A powerful built-in engine verifies invoices’ data in real-time, thus minimizing the chances of fraud or mistakes happening during the process.

Quick Payment Approval: The automation of the validation process makes it possible for factors to make decisions regarding funding in record time.

Scalability for Enterprises: The system is capable of processing numerous transactions in compliance with the high-performance standards of the current transportation industry.

“This platform is about efficiency and confidence and speed of funding,” said Bill Vitti, President and Chief Revenue Officer of Transflo. “Customers can trust that transactions are verified, accurate, and processed quickly, without the delays and errors that have historically impacted the industry.”

Live Demonstrations at IFA 2026

The launch coincides with the International Factoring Association (IFA) 2026 Conference in Nashville. Attendees can visit the Transflo team at Booth #12 from May 6-8 to experience live walkthroughs of the Workflow AI platform and see how it is redefining speed and precision in freight factoring.

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