Managed Cyber Threat Intelligence Services

Threat intelligence should do more than describe threats. It should help organizations make better decisions across detection, response, executive planning, vendor oversight, privacy, and enterprise risk.

VerSprite helps organizations:

• Improve visibility into active and emerging cyber threats
• Reduce time to detection and response
• Strengthen MDR programs with context-rich intelligence
• Understand geopolitical and supply chain risk exposure
• Support executive decision-making through vCISO guidance
• Align security operations with privacy, compliance, and business risk priorities

Managed Detection & Response (MDR)

Threat-Model-Driven Detection. AI-Augmented Investigation. Continuous Validation.

Most MDR services monitor broadly and alert loudly. VerSprite’s MDR is built differently: every detection rule, every investigation, and every escalation is calibrated to your actual threat landscape, not generic coverage categories. We start by understanding who is targeting organizations like yours, how they operate, and what they would realistically exploit. That context drives everything we build and everything we look for.

Our Purple Team methodology ensures we continuously test and validate what we can and cannot detect, closing coverage gaps before attackers find them. And our AI-augmented investigation layer means analysts spend their time on judgment calls, not triage.

What Makes Us Different

• Organizational Threat Model (OTM) as the foundation: Detection engineering, threat hunting, and escalation priorities are all shaped by the adversary profile most relevant to your industry, geography, and business model. We do not apply the same ruleset to a healthcare organization and a financial services firm.
• Purple Team integrated: Our offensive and defensive teams work together to continuously pressure-test detection coverage. When our Red Team finds a technique that bypasses detection, our Blue Team closes it. This feedback loop is structural, not occasional.
• Threat-model-grounded investigation: Most AI investigation tools are built on generic threat content, a broad corpus that apply equally to everyone and therefore truly serve no one. Our SOC Agent is different. It autonomously triages incoming alerts, enriches them with context from a knowledge base shaped by the adversary profiles and threat landscape specific to your industry, correlates signals across sources, and delivers a structured investigation summary to the analyst with context already assembled. The analyst engages with a finding, not a raw alert. Less time rebuilding timelines. More time on decisions that actually require human judgment.
• Shadow AI visibility: We surface unauthorized AI tool usage, data exfiltration patterns to public LLMs, and unsanctioned API connections, a growing and largely unmonitored risk vector that most programs have no coverage for.
• Detection-as-Code: Detection rules are version-controlled, peer-reviewed, and deployed through a CI/CD pipeline, consistent, auditable, and tuned to your environment from day one.

Core Capabilities

• 24/7 threat monitoring across endpoint, network, cloud, and identity layers
• Detection engineering: custom correlation rules and environment-specific playbooks built around your threat model
• SIEM onboarding and log source management: connecting, normalizing, and maintaining every relevant data source
• Proactive threat hunting campaigns driven by current threat intelligence and your OTM
• SOC Agent: autonomous alert triage, investigation enrichment, and cross-source signal correlation. Grounded in your threat landscape, not generic detection logic
• Incident escalation and co-response with your internal team
• SOC metrics and observability dashboard: detection coverage, alert volumes, MTTD, and program performance over time
• Response playbook library covering the attack scenarios most relevant to your sector

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Compromise Assessment & Digital Forensics

Know If You Have Been Breached. Know What They Touched. Know What to Do Next.

The average breach goes undetected for months. By the time conventional detection surfaces it, an attacker has had time to establish persistence, move laterally, and identify what matters. VerSprite’s Compromise Assessment service finds what automated tools miss; using forensic-grade methodology, adversary-behavioral analytics, and threat intelligence shaped by your specific threat landscape.

We do not run generic IOC scans. We hunt based on the adversary profiles and techniques most relevant to your industry, and we document every finding to legal and regulatory standards from the start.

What Makes Us Different

• Threat model-guided hunting: The investigation scope and hypothesis set are built from your OTM, focusing analyst time and tooling on the techniques and behaviors that matter for your threat profile, not a generic checklist.
• AI-assisted behavioral analysis: Machine learning accelerates anomaly detection across large log and endpoint datasets, surfacing patterns that manual analysis alone would take significantly longer to identify, particularly in complex cloud and hybrid environments.
• Evidence-grade methodology from day one: Chain-of-custody documentation and forensic integrity are built into the process, not added at the end. Findings are ready for legal, regulatory, or executive use without rework.
• Cloud-native forensic depth: Full investigation capability across AWS, Azure, and GCP including containerized workloads, serverless functions, cloud identity, and multi-cloud architectures.

Core Capabilities

• Full-environment compromise assessment: endpoints, servers, cloud, identity, email, and network
• Threat hunting for hidden persistence, lateral movement, and data exfiltration
• Malware analysis and reverse engineering
• Active Directory and identity compromise analysis
• Cloud forensics: log analysis, artifact collection, and IAM investigation across AWS, Azure, and GCP
• Ransomware response and recovery strategy
• Executive and technical reporting with prioritized remediation roadmap
• Legal and compliance support: chain-of-custody documentation, regulatory notification guidance, expert witness testimony

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Threat & Vulnerability Management (TVM)

Risk-Prioritized. Threat-Informed. Built Around What Attackers Actually Exploit.

A scanner ranking vulnerabilities by CVSS score is not a risk program. It is a list. What turns that list into a program is context: understanding which vulnerabilities exist on assets that matter, which ones are being actively exploited by threat actors targeting your sector, and which remediation efforts will actually reduce your exposure versus which ones are just closing numbers.

VerSprite’s TVM program applies that context systematically. Vulnerability data is correlated with your organizational threat model, your asset criticality map, and live threat intelligence to produce a prioritized remediation picture that reflects your actual risk.

What Makes Us Different

• Threat model integration: Prioritization is informed by your OTM. We score by what an adversary targeting your industry would actually pursue, not by what scores highest on a universal severity scale.
• False positive elimination: Validation confirms whether a finding is genuinely exploitable in your specific environment before it reaches a remediation team. We do not send confirmed false positives downstream.
• AI-driven risk contextualization: CVE data is correlated with real-time exploit intelligence and active threat actor campaign activity to surface what represents meaningful risk right now, not just what has the highest number.
• External attack surface intelligence: Continuous monitoring for exposed assets, shadow IT, and newly introduced risk, discovering what you do not know you are exposing before an attacker does.
• Remediation that reaches the right people: Findings are delivered to the right asset owner, in a format matched to their role, with guidance specific to their technology stack. Not a generic report to the security team.

Core Capabilities

• Continuous vulnerability scanning and assessment across on-premise, cloud, and hybrid environments
• Validation and exploitability analysis, not just scanner output
• Risk-based prioritization using live threat intelligence and OTM context
• Remediation workflow integration: ServiceNow, Jira, email, and Slack
• External attack surface monitoring and shadow IT discovery
• Retesting and remediation validation
• Compliance alignment: PCI DSS, HIPAA, SOX, ISO 27001, NIST

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Open Source Intelligence (OSINT)

Know Your Exposure Before the Attacker Does.

Threat actors research their targets before they act. They look for leaked credentials, exposed infrastructure, disclosed internal architecture, and signals that indicate where defenses are likely to be weak. VerSprite’s OSINT practice gives you visibility into that same picture, so you know what attackers know about you before they use it.

Every signal we collect is analyzed against your organizational threat model. We do not produce generic threat landscape reports. We surface what is specifically relevant to your organization, your industry, and the adversary profiles most likely to target you.

What Makes Us Different

• OTM-aligned intelligence: Collection and analysis is shaped by your threat model, relevant to your specific adversary profile, industry, and geographic footprint. Not a broad feed of threat data that requires your team to figure out what applies.
• Red Team validated tradecraft: Our OSINT analysts have spent years running offensive engagements. We approach collection the way an attacker would, because that is what makes intelligence actionable rather than academic.
• AI-assisted analysis at scale: Automated pipelines process signals at a volume that manual analysis cannot match. Human analysts apply judgment to what the automation surfaces, ensuring we catch weak signals before they become incidents.
• OSINT Agent with MCP integration: An AI agent that continuously monitors sources and delivers structured, contextualized intelligence briefs directly into your existing workflows via Model Context Protocol, rather than periodic reports that sit in inboxes.

Core Capabilities

• Dark web monitoring: leaked credentials, data listings, and threat actor discussions targeting your organization or sector
• Brand and executive exposure monitoring
• Technical intelligence: shadow IT, misconfigured assets, exposed source code, leaked API keys and credentials
• Social media intelligence (SOCMINT): emerging campaigns, impersonation, and insider risk signals
• Supply chain and third-party exposure analysis
• Threat actor campaign tracking: infrastructure, TTPs, and early-stage targeting indicators for adversary groups relevant to your sector
• Automated takedown workflows for identified brand impersonation and credential exposure

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Digital Forensics & Incident Response (DFIR)

Rapid Response. Evidence-Grade Analysis. Business-Focused Recovery.

When an incident is active, two things matter: containing the threat before more damage is done, and understanding exactly what happened so you can respond, recover, and prevent recurrence. VerSprite’s DFIR team delivers both — with the speed of an experienced response team and the discipline of investigators whose findings hold up in legal, regulatory, and insurance proceedings.

Our response is not generic. It is informed by current threat intelligence and the adversary context specific to your industry, which means we recognize what we are looking at faster, contain it more precisely, and produce findings that are actually useful to your business.

What Makes Us Different

• Threat intelligence-enriched response: Every engagement is informed by current adversary intelligence relevant to your sector. We recognize TTPs in real time, which accelerates containment and reduces the time attackers have to operate inside your environment.
• Legal-grade evidence handling: Forensic integrity and chain-of-custody documentation are built into our process from the first action, not reconstructed after the fact. Findings are ready for legal, regulatory, or insurance use without rework.
• Business continuity in the decision framework: Containment decisions account for operational impact. We do not recommend taking down critical systems without understanding the cost of doing so (and we help you navigate that tradeoff with clarity).
• AI-accelerated investigation: Machine learning applied to log analysis, endpoint telemetry, and timeline reconstruction compresses investigation timelines, particularly on large-scale incidents where manual analysis alone creates significant delays.

Core Capabilities

• 24/7 emergency incident response, remote and on-site
• Digital forensics: endpoint, network, memory, cloud, and mobile
• Malware analysis and reverse engineering
• Ransomware response and recovery strategy
• Business email compromise (BEC) investigation
• Insider threat investigation and user behavior analysis
• Cloud-native incident response across AWS, Azure, and GCP
• Executive and technical reporting with root cause analysis and remediation roadmap
• Legal and compliance support: chain-of-custody documentation, regulatory notification, expert witness testimony

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Geopolitical Risk Management

Where Global Events Become Security Threats — Before They Hit Your Operations.

Geopolitical developments do not stay in the news. They become nation-state cyber campaigns, sanctions that affect your vendor relationships, data sovereignty regulations that change how you can operate in a market, and supply chain disruptions that create security exposure you did not plan for. For organizations with global footprints, ignoring the connection between the geopolitical environment and the cyber threat landscape is no longer viable.

VerSprite’s Geopolitical Risk practice connects those dots, translating global dynamics into concrete security implications tailored to your specific geographic presence, industry exposure, and business objectives.

What Makes Us Different

• Geo-cyber integration: We do not produce political risk summaries. We connect geopolitical events to specific adversary activity, regulatory exposure, and operational security actions your program needs to take — the translation layer that generic risk reports skip.
• Threat model-grounded analysis: Every engagement is built on your organization’s specific global footprint, industry, and adversary profile. What a healthcare organization needs to know about a regional conflict is different from what a financial services firm needs to know about the same event.
• Simulation-based preparedness: We test your team’s readiness for geopolitical disruption through realistic crisis exercises — building organizational capability before a real event requires it.

Core Capabilities

• Geopolitical risk exposure assessments aligned to your international footprint
• Nation-state threat actor intelligence and campaign tracking
• Market entry, M&A, and supply chain geopolitical risk analysis
• Regulatory and data sovereignty impact assessments
• Supply chain geo-risk mapping: political exposure across your vendor and partner network
• Crisis preparedness planning and simulation exercises
• Executive travel security briefings for high-risk regions

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Firewall Configuration Analysis

Automated, Privacy-Preserving Firewall Auditing — Evidence-Backed Findings at Scale

Firewall rule sets accumulate complexity over time. Rules added for a project that ended years ago. Exceptions that were supposed to be temporary. Overlapping policies that no one has mapped end-to-end. The result is a configuration that no individual fully understands and that no one has the time to audit properly.

VerSprite’s Firewall Configuration Analysis automates that audit, ingesting your exported configuration, running a dual-layer analysis, validating every finding against your actual rules, and delivering a structured report with severity, evidence, and remediation guidance. Every analysis runs on private infrastructure. Your configuration is never exposed.

What Makes Us Different

• Privacy-first by design: Firewall configurations expose your internal network topology. Sending them to a public AI service is a data governance non-starter. Our analysis runs entirely on private, controlled infrastructure. No client data leaves your environment.
• Dual-layer analysis: A deterministic rule-checker provides an unambiguous, zero-false-positive safety floor, catching structural misconfigurations with certainty. A local AI model adds context-aware judgment, business risk explanation, and remediation guidance that rule-based analysis cannot provide. Both layers are required; neither is sufficient alone.
• Validated findings only: Every finding is checked against actual rules before it reaches the report. Hallucinations and False Positives are rejected at the validation layer, not discovered by the client after delivery.
• Structured, actionable output: Reports include severity, confidence score, evidence, business risk narrative, and concrete remediation guidance, not a flag list that requires interpretation.

Core Capabilities

• Configuration ingestion: Palo Alto PAN-OS XML and Cato Networks CSV (additional vendors on roadmap)
• Vendor-neutral rule normalization for consistent analysis regardless of platform
• 15+ deterministic detectors covering the most critical misconfiguration patterns
• Local AI analysis grounded in vendor documentation and hardening guidance via retrieval-augmented generation
• Finding validation: hallucination rejection, weak evidence downgrade, and duplicate merging before report generation
• Structured output: Markdown and JSON report formats for human review and downstream workflow integration
• Full private cloud deployment. All processing is done on a controlled infrastructure, no public API calls

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Managed Security Tools Optimization (MSTO)

You Invested in Enterprise Security Tools. Are They Actually Performing?

The gap between what enterprise security tools are capable of and what they actually deliver in most environments is significant. Configuration debt accumulates. Default rules get left in place. Exclusions added for convenience are never reviewed. Integrations degrade silently. The team is too busy responding to the noise generated by poorly tuned tools to fix the tuning that is causing the noise.

VerSprite’s Managed Security Tools Optimization service breaks that cycle. We take ownership of maximizing the performance of your existing security stack (EDR, SIEM, firewall, identity platforms, etc.) against the Threats that actually matter for your organization.

What Makes Us Different

• Threat model-informed tuning: Optimization decisions are guided by your OTM; we tune for the detection and response coverage that matters most given your actual adversary profile, not only for best practices.
• Tool-agnostic advisory: We work with your existing stack and optimize for your environment. We do not have a preferred vendor and no commercial incentive to recommend new products.
• Measurable improvement: Every engagement establishes a baseline and tracks improvement against it. Coverage gap closure, false positive reduction, and detection quality gains are documented, not assumed.
• Operational continuity: Changes are staged, tested, and validated before production deployment. Optimization does not mean disruption.

Core Capabilities

• Security tool health assessment: current-state evaluation of configuration quality, coverage gaps, and integration integrity
• EDR optimization: detection policy tuning, exclusion review, and response action configuration
• SIEM engineering: log source normalization, custom correlation rules, and retirement of low-value out-of-box content
• Firewall rule optimization: ruleset rationalization, shadow rule elimination, policy drift remediation, and configuration hardening
• Identity platform hardening: Entra ID, Okta, SailPoint, authentication policies, conditional access, and anomaly detection tuning
• DLP and CSPM optimization for cloud environments
• Ongoing advisory as your environment and the threat landscape evolve

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Security Automation & Engineering

Remove the Manual Work That Should Not Require a Human.

Security programs do not fail to scale because of technology limitations. They fail because manual processes sit at every critical junction: triage, routing, provisioning, response, reporting. Every manual handoff is a delay. Every analyst-dependent step is a bottleneck that compounds under pressure.

VerSprite’s Security Automation & Engineering practice builds the automation that removes those bottlenecks, using your existing tooling as the foundation and delivering what we build with full documentation, runbooks, and knowledge transfer. You own what we build.

What Makes Us Different

• Built for your environment, not templates: We design automation around your specific stack, workflows, and team structure. Generic playbooks that require months of customization before they work are not what we deliver.
• MCP-integrated engineering: We design automation using Model Context Protocol (MCP) where it reduces integration complexity, enabling AI agents to interact with your security toolchain through natural language interfaces rather than brittle custom scripts.
• Detection-as-Code discipline: Detection rules are developed, tested, and deployed as code. Version-controlled, peer-reviewed, and validated in a pipeline before production. Consistent and auditable by design.
• Handoff-ready: Every engagement includes full documentation and knowledge transfer. Your team understands and can maintain what we build.

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VerSprite’s managed cyber threat intelligence services are designed to support both operational defense and strategic decision-making. That means combining real-time monitoring and analyst-driven detection with executive context around business risk, privacy exposure, supply chain dependencies, and geopolitical developments.

This approach helps security teams respond to active threats while giving leadership clearer answers to larger questions, including:

• Which threats matter most right now
• Which business units or vendors carry elevated risk
• How global events may change exposure
• Where governance, privacy, or executive oversight need to improve
• Which remediation efforts should be prioritized first

Manufacturing & Critical Infrastructure

Track nation-state activity, supply chain exposure, and threats affecting IT/OT convergence and operational continuity.

• Monitor nation-state and advanced persistent threat activity targeting industrial sectors

• Identify emerging threats impacting IT/OT convergence and supply chain ecosystems

• Deliver strategic intelligence to inform resilience and continuity planning

• Strengthen defensive readiness against targeted and geopolitically motivated campaigns

Learn more about Manufacturing & Critical Infrastructure

What are managed cyber threat intelligence services?

Managed cyber threat intelligence services provide organizations with continuous monitoring, threat analysis, and actionable intelligence to detect, prevent, and respond to evolving cyber threats. They often include MDR, OSINT, digital forensics, risk analysis, and executive advisory support.

What is the role of MDR in threat intelligence services?

MDR helps organizations detect and respond to active threats through continuous monitoring, alert investigation, analyst oversight, and rapid incident response. Within a broader intelligence program, MDR turns threat context into action across endpoints, networks, and cloud environments.

What is OSINT in cybersecurity?

OSINT, or open source intelligence, is the collection and analysis of publicly accessible information to identify threat activity, exposed data, brand abuse, emerging attack patterns, and external risk signals.

Why does geopolitical risk matter in cybersecurity?

Geopolitical events can affect cyber risk through nation-state activity, sanctions, regional instability, supply chain disruption, and changing regulatory conditions.

What does a virtual CISO do?

A virtual CISO helps organizations with executive-level security leadership, governance planning, program maturity, board communication, risk prioritization, and alignment between cybersecurity operations and business objectives.

What is an enterprise risk assessment in cybersecurity?

An enterprise risk assessment evaluates cyber risk in the context of business operations, governance, third-party exposure, and strategic priorities. It helps organizations prioritize risk treatment and communicate security posture more effectively to leadership.

How do data privacy services support cybersecurity?

Data privacy services help organizations understand and reduce privacy-related exposure by improving governance, data handling practices, third-party oversight, and response readiness for incidents involving sensitive information.