SYMOSIS
CLOUD SECURITY & ZERO TRUST
Secure Cloud Transformation With Identity at the Center
We help organizations design, implement, and validate secure cloud and Zero Trust environments across AWS, Azure, GCP, and hybrid infrastructure.
Symosis connects cloud architecture, identity, network access, workload protection, data security, and security operations so organizations can move faster without expanding unmanaged risk.
Cloud security designed for implementation—not just assessment.
Cloud Speed Has Outpaced Traditional Security Models
Cloud environments are constantly changing. New accounts, subscriptions, workloads, identities, APIs, SaaS integrations, containers, and data stores can be created faster than security teams can review them.
Symosis helps security and technology leaders establish a cloud security foundation that is identity-aware, continuously validated, and aligned to business operations.
Many organizations have cloud tools and security policies but still lack:
A consistent security architecture across cloud providers
Clear ownership of cloud accounts, workloads, and data
Reliable visibility into identity and privilege
Consistent configuration and policy enforcement
Segmentation between users, workloads, applications, and sensitive data
Context-aware access controls
Clear evidence that cloud security controls are operating effectively
A practical path from assessment findings to implementation
What We Help You Secure
A Security Model for the Entire Cloud Environment
Cloud Security Architecture
Review current cloud architecture and design secure target states for accounts, subscriptions, projects, networks, workloads, identity, logging, data, and operations.
Secure Cloud Landing Zones
Define and implement foundational controls for new or expanding cloud environments, including account structure, network design, identity, guardrails, and encryption.
Multi-Cloud Security Reviews
Assess configurations, identity, networks, storage, compute, containers, serverless, and operations across AWS, Azure, and GCP environments.
Security Posture Assessments
Identify misconfigurations, excessive permissions, exposed services, weak controls, policy drift, and gaps against organizational requirements and benchmarks.
Zero Trust Architecture
Design a Zero Trust operating model replacing implicit trust with continuous verification based on identity, device, workload, data, and context.
Zero Trust Network Access (ZTNA)
Assess and implement application-specific access using identity, device posture, and context rather than broad network access or implicit trust.
Identity-First Access Controls
Connect cloud access to strong authentication, least privilege, privileged access, conditional access, and continuous authorization.
Workload Microsegmentation
Design segmentation for workloads, environments, and sensitive systems. Reduce lateral movement and limit the impact of compromise.
Cloud Data Protection
Protect sensitive and regulated data through classification, encryption, key management, access control, and monitoring.
Configuration Validation
Continuously validate cloud configurations, policy enforcement, logging, detection coverage, and remediation status.
01
Scope the Environment
Define business objectives, cloud providers, workloads, and assessment boundaries.
02
Discover Current State
Review architecture, identity, networks, data flows, and security tools.
How We Work
From Cloud Risk to Operating Control
03
Assess Risk & Maturity
Identify misconfigurations and privilege gaps. Prioritize by business impact.
04
Design Target State
Define cloud architecture, landing-zone, identity, and Zero Trust models.
05
Implement Controls
Configure landing-zones, guardrails, and segmentation to reduce risk rapidly.
06
Validate and Evolve
Establish continuous validation and metrics to sustain cloud security maturity.
Talk With a Cloud Security & Zero Trust Advisor
Schedule a working session with Symosis to review your current cloud environment, Zero Trust roadmap, and priority risks.
Zero Trust is an operating model, not a product or one-time project. It is based on identity, device, workload, application, data, and context-aware controls.