Build security into every change.
Modern enterprises operate across cloud, applications, APIs, devices, identities, data and third-party ecosystems. Persivate helps build security into the technology lifecycle from strategy and architecture to development, deployment and operations.
Cloud
Applications
APIs
Identity
Data
Endpoints
Remote users
Third parties
The perimeter has become a connected surface.
Security can no longer be a separate activity at the end of delivery. Every identity, integration, workload and release changes the risk picture.
Expanding attack surface
Cloud services, APIs, devices, remote work and third parties create more paths into critical systems and data.
Identity is the new control plane
Permissions, privileged access and lifecycle gaps can create exposure across otherwise well-designed environments.
Delivery moves faster than manual review
Security gates applied late create friction without consistently preventing vulnerabilities from reaching production.
Security tools do not equal security posture
Controls need ownership, integration, monitoring and operational response not simply procurement.
AI adds new data and workflow risks
Models, prompts, tools, identities and generated actions introduce security considerations across the AI lifecycle.
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Protect the connected enterprise as a system.
Select a domain to see the controls and engineering disciplines that shape its security. Architecture should connect these domains rather than treat them as separate programs.
Applications
Cloud
Data
Identity
Infrastructure
AI
Secure software throughout delivery
Application Security
Build security into architecture, code, APIs, testing and delivery so vulnerabilities are identified earlier and remediation fits the engineering workflow.
Threat modeling
Secure coding
Application testing
Vulnerability management
Protect workloads and cloud control planes
Cloud Security
Design identity, network, configuration, workload, data and monitoring controls for cloud and hybrid environments.
Security architecture
Configuration security
Workload protection
Identity controls
Network security
Security monitoring
Protect information through its lifecycle
Data Security
Apply classification, access, encryption, monitoring and retention controls based on data sensitivity and business use.
Classification
Access controls
Data protection
Monitoring
Identity controls
Network security
Security monitoring
Make access explicit and accountable
Identity Security
Govern human and workload identities through strong authentication, authorization, privilege and lifecycle practices.
Identity governance
Authentication
Authorization
MFA
Privileged access
Access lifecycle
Harden the operating foundation
Infrastructure Security
Reduce exposure through secure configuration, vulnerability management, segmentation, monitoring and resilient operations.
Configuration hardening
Patching
Segmentation
Monitoring
Endpoint protection
Recovery
Protect models, data and AI-enabled action
AI Security
Design controls around AI data, model access, tools, integrations, monitoring and the business actions AI-enabled workflows can initiate.
Model access
Data protection
Tool controls
Output handling
Prompt and input risks
AI monitoring
Govern. Identify. Protect. Detect. Respond. Recover. Improve.
Persivate’s approach can align to established frameworks such as NIST CSF 2.0, depending on client requirements. Select each function to explore the operating intent.
Govern
Set accountability & direction.
Define ownership, policy, risk appetite, oversight and decision rights so security priorities align with business context.
Identify
Understand assets, risks & dependencies.
Create visibility across technology, data, identities, suppliers, business services, vulnerabilities and changing threats.
Protect
Implement preventive safeguards.
Apply appropriate identity, data, application, infrastructure and operational controls to reduce likelihood and impact.
Detect
Find suspicious activity & weakness.
Use monitoring, testing and vulnerability signals to identify events, control failures and emerging exposure.
Respond
Contain & manage security events.
Establish triage, communication, analysis and containment practices that work under operational pressure.
Recover
Restore operations &
resilience.
Recover services, data and confidence through tested restoration, continuity and stakeholder communication.
Improve
Learn, remediate &
strengthen.
Use incidents, tests, metrics and operating evidence to improve architecture, controls and delivery practices.
Security from architecture to operations.
Persivate connects advisory, engineering and operational practices so recommendations can become implemented controls and measurable improvement.
ASSESS
Security assessment & architecture
Assess applications, infrastructure, identity, cloud, data, vulnerabilities, governance and operational controls to prioritize change.
CLOUD
Cloud & workload security
Design identity, network, configuration, workload, data, monitoring and compliance controls across cloud environments.
BUILD
Application security & DevSecOps
Integrate threat modeling, secure coding, scanning, testing, secrets and vulnerability management into engineering delivery.
IDENTITY
Identity & access
security
Strengthen authentication, authorization, MFA, privileged access, roles, conditional access and identity lifecycle practices.
GOVERN
Risk, governance & readiness
Develop policies, controls, metrics, risk management, incident planning, continuity and framework-aligned readiness.
RESILIENCE
Detection, response & recovery
Improve monitoring, triage, response plans, restoration and learning so the organization can contain events and recover operations.
Never assume. Evaluate every access decision.
Zero Trust moves away from implicit trust based on network location. Select each signal to see what an explicit access decision should consider.
Access request
Each request brings multiple signals together before access is granted and monitoring continues afterward.
Identity
Device
Resource
Context
Policy
Monitoring
Who is requesting access?
Verify identity explicitly.
Evaluate the user or workload identity, authentication strength, privilege, role and current account state.
Is the device trustworthy?
Assess device posture.
Consider device identity, management status, security health, configuration and relevant risk signals.
What is being accessed?
Understand the resource.
Evaluate the sensitivity, criticality, data classification and actions available within the requested resource.
What are the circumstances?
Evaluate current context.
Consider location, network, time, behavior, request path and other signals that may change the risk decision.
Should access be permitted?
Apply explicit policy.
Combine identity, device, resource and context against least-privilege policy and defined risk tolerance.
What happens after access?
Monitor continuously.
Observe the session and resulting actions, detect changes in risk and revoke or challenge access when needed.
Security in the delivery path not waiting at the end.
Build repeatable security checks and ownership into how technology is planned, coded, tested, released and operated.
Plan
Code
Build
Test
Deploy
Operate
Improve
Make posture, response & resilience visible.
Risk reduction
Track prioritized exposure, remediation progress and accepted residual risk.
Control effectiveness
Measure whether controls operate as intended and produce usable evidence.
Vulnerability flow
Monitor discovery, prioritization, remediation time and recurrence patterns.
Detection & response
Assess visibility, triage quality, containment and response readiness.
Recovery readiness
Validate restoration, continuity and learning through exercises and tests.
Secure delivery
Track security findings earlier in delivery and remediation inside engineering work.
Measures and targets should be defined against the organization’s risk context and baseline. Outcomes vary by environment, scope, implementation and adoption.
Connected Capabilities
Security belongs inside transformation.
Bring security into the architectures, applications, data and AI capabilities the business is changing.
Cloud & infrastructure
Integrate identity, workload, network, configuration and monitoring controls into the cloud foundation.
Application Modernization
Modernize applications and integrations around the enterprise platform landscape.
Artificial Intelligence & Gen AI
Move from AI experimentation to production-ready capabilities embedded in real work.
Frequently Asked Questions
Security, without the theatre.
Can your approach align to established security frameworks?
Yes. The approach can align to frameworks such as NIST CSF based on client requirements, risk context and applicable obligations. Scope and evidence expectations should be agreed for each engagement.
Do you build security into technology transformation?
Yes. Security can be incorporated throughout architecture, development, cloud migration, platform implementation, data engineering and operations rather than assessed only at the end.
Can security work be a standalone engagement?
Yes. Assessment, architecture, identity, cloud security, application security, governance and resilience work can be scoped independently or as part of broader transformation.
What does Zero Trust mean in practice?
It means access is not trusted simply because of network or physical location. Identity, device, resource, context and policy signals are evaluated explicitly, and activity continues to be monitored after access is granted.
How do you approach AI security?
AI security can cover model and data access, identity, tools, integrations, prompt and input risks, output handling, monitoring and the actions an AI-enabled workflow may take. Controls should match the use case and risk profile.
Make transformation possible with confidence.
Start by understanding the environment, the critical business services and the security changes that will reduce meaningful risk.
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