Cisco Secure Workload (CSW) Assessment
The Cisco Secure Workload (CSW) Assessment is a structured, executive-friendly engagement that validates prerequisites, surfaces risk, and aligns stakeholders on scope and success criteria. It produces a scored readiness scorecard and an execution-ready pilot roadmap. No deployment, agent rollout, or policy enforcement is performed.
Cisco Secure Workload (CSW) Implementation
Cisco Secure Workload (CSW) Implementation is a greenfield CSW engagement for dependency mapping, workload visibility, and Zero Trust microsegmentation. Majentai aligns stakeholders, integrates data sources, builds the dependency map, and moves policies from simulation to enforcement with operational handoff.
Cisco Secure Workload (CSW) Migration
Majentai’s Cisco Secure Workload (CSW) Migration service is a structured engagement designed to transition customers from an existing microsegmentation/uSeg platform to a greenfield CSW deployment, with a controlled path from discovery to policy enforcement. The engagement builds dependency maps, and enables operational governance for sustained segmentation.
Cisco Secure Workload (CSW) Workshop
This Cisco Secure Workload (CSW) Workshop is a structured engagement designed to align stakeholders, assess current-state realities, and define a phased deployment path with limited risk. Majentai documents architecture, telemetry, labeling, and operating model decisions needed to move from discovery toward controlled onboarding, validation, and enforcement readiness.
Cisco Secure Workload (CSW) Solution Overview
Cisco Secure Workload (CSW) helps teams reduce risk with zero trust micro-segmentation across data center, cloud, and container environments. Majentai supports the full CSW lifecycle with a range of offerings, from workshops and assessments to PoVs, MVPs, implementations, migrations, and day-2 operational support to sustain enforcement over time.
Cisco Secure Workload (CSW) PoV
Majentai delivers a fast, outcome-focused Cisco Secure Workload (CSW) Proof of Value designed to help your team gain immediate application visibility and begin microsegmentation with confidence. We act as a co-pilot throughout the engagement, combining hands-on guidance with proven workflows to accelerate adoption and reduce time to value. The PoV focuses on mapping and enforcing policy for up to two applications using up to 25 CSW agents.
Cisco Secure Workload (CSW) MVP
The Majentai CSW MVP establishes a reference architecture aligned to your hybrid environment, integrates the most relevant infrastructure and metadata sources, builds an accurate application dependency map for the pilot applications, and validates microsegmentation policies before moving to phased enforcement with rollback planning and operational readiness.
Cisco Secure Workload (CSW) Guardian Support
Majentai CSW Guardian Support provides reactive, ticket-based operational support for your Cisco Secure Workload environment, with defined response targets during business hours and a monthly timebox for predictable delivery. This service helps keep policy enforcement healthy, resolve incidents quickly, and sustain day-2 operations as your CSW deployment grows.
Cisco Secure Workload (CSW) MINT Service Pricing
Majentai is an authorized Cisco integrator with hundreds of successful Cisco Secure Workload deployments across enterprise environments. Our MINT (Managed Integration and Ongoing Services) bundles simplify procurement and accelerate time to value by packaging the core services most organizations need during CSW adoption. Each bundle includes implementation, policy enforcement, native integrations, and ongoing technical support scaled to your workload requirements. Add the SKU to your Cisco quote, select your tier based on workload count and application complexity, and activate expert services that keep your zero-trust segmentation running smoothly from day one.
Why Majentai for Segmentation?
Cisco Secure Workload (CSW) provides layered segmentation, from macro-level controls across environments to micro-level policies down to individual workloads. This multi-tiered approach significantly reduces the attack surface, helping protect critical applications and infrastructure with precision and control.