Context is scattered
The customer, device, tenant, credential, recent change, and service history live in different records.
For multi-tenant MSPs and MSSPs
Run every client from one governed operating record.
RadiantOS connects tickets, devices, tenants, credentials, backup, network, cloud, approvals, actions, and evidence—so technicians can resolve work without rebuilding customer context across disconnected consoles.
Start with one workflow. Keep your current stack until the outcome is proven.
Evaluation preview · verify current release, provider, and environment support before purchase
One client operating recordContext stays attached
The problem
Your customer is one environment. Your tools make it many.
An alert starts in one console. The ticket lives in another. The tenant, credential, remote session, and evidence live elsewhere. Your technician rebuilds the context at every step—and the audit trail at the end. That means slower diagnosis, more rework, inconsistent handoffs, and operational overhead that grows with every client.
Actions are disconnected
Approvals, scripts, remote sessions, provider changes, and recovery work happen outside the case that explains them.
Proof is rebuilt
Operations and security reconcile timelines, exports, and screenshots after the work instead of retaining evidence as it happens.
One issue · one evidence trail
Keep the context attached from signal to proof.
A signal opens against the right client and asset. The work carries tenant, policy, approval, action, verification, and evidence context forward instead of rebuilding it in every console.
Signal → context → policy → approved action → verified result → retained proof
See one workflow end to endAutomation preview · signal to proofPatch risk
- Signal
- Policy
- Approval
- Action
- Proof
Why RadiantOS
The difference is not another dashboard. It is what stays connected.
Choose RadiantOS when cross-domain context, controlled action, visible authority, and staged adoption matter more than maintaining the joins between separate tools.
One client operating record
Keep tickets, devices, tenants, credentials, backups, network assets, alerts, policies, actions, and evidence connected to the same customer context.
Execution—not only aggregation
Route supported endpoint actions through a signed, policy-controlled agent path and retain the result with the work that authorized it.
AI with explicit limits
Use customer-selected AI to investigate and prepare work. Supported actions still pass tenant policy, approval, stop, rollback, and audit controls.
Coexistence before cutover
Start with one supported workflow, keep incumbent tools available during validation, and retire the old path only after verification and approval.
Your operating-model choices
Compare the joins—not only the feature lists.
Every approach has strengths. The useful question is who owns the identity, context, action boundary, evidence, migration, and commercial complexity between products.
Category depth, assembled by your team
Examples include NinjaOne, Veeam, Auvik, Nerdio, a PSA, and documentation or vault tools.
Evaluate
Who owns shared identity, customer context, integrations, evidence, and multiple commercial terms?
Broad portfolios and established ecosystems
Examples include Kaseya, ConnectWise, and N-able.
Evaluate
How deeply do records, identity, policy, and workflows stay connected across the portfolio?
Simpler endpoint and service operations
Examples include Atera and SuperOps.
Evaluate
How far does shared context extend into backup, network, cloud, identity, security, and infrastructure?
A governed cross-domain operating model
One operating record, policy-controlled execution, customer-governed AI, and staged coexistence.
Evaluate
Verify current product maturity, supported environments, security evidence, and operational outcomes.
Compare operating models
Detailed comparison pages use dated official vendor sources and keep unverified behavior marked as unknown.
The product areas
Explore the capabilities after the operating model makes sense.
Review service, endpoint, protection, network, cloud, security, automation, reporting, and commercial workflows—then verify the exact providers and actions your stack requires.
Operate
Protect
Network & Cloud
Extend
Proof before commitment
Start with one supported workflow. Keep a way back.
Adoption should make ownership, controls, results, evidence, and rollback clearer before the incumbent path is removed.
Map
Define the source systems, owners, data, dependencies, and supported workflow boundary.
Dry run
Reconcile mappings, counts, exceptions, permissions, and unsupported inputs in bounded scope.
Coexist
Operate the selected workflow beside the incumbent path and compare the result.
Verify
Cut over only when ownership, controls, outcomes, evidence, and rollback criteria pass.
Capability evidence
Verify current product scope
Review target capabilities, release boundaries, operating systems, providers, and dependencies.
Inspect the evidence Security evidenceInspect the trust boundary
Review public architecture, available evidence, and any proof still pending before purchase.
Inspect the evidence Integration evidenceTest your exact stack
Verify authorization, workflow behavior, failure handling, and current release support.
Inspect the evidence Service evidenceCheck current service health
Use the public status record to inspect what is known, unknown, operational, or under review.
Inspect the evidenceTransparent proposed pricing
Know the platform cost before you model the transition.
Proposed pricing starts at $99 per month for the first 50 managed devices, with unlimited technicians and customer organizations. Use your own inputs and keep migration effort separate from steady-state platform cost.
Live monthly estimator
See your proposed monthly estimate.
Change any input and the estimate updates immediately.
devices
users
GB
Monthly estimate in USD before tax. AI provider charges are paid directly to the provider and are not included. Final commercial terms require confirmation.
Estimated monthly total$99/mo
- Platform · first 50 devices
- $99
- Additional managed devices
- $0
- SaaS Backup protected users
- $0
- Extra storage · 0 GB
- $0
Before you evaluate
Five questions a serious buying team should settle.
The answers stay inside the current public evidence boundary and lead to the source a buyer can inspect next.
Who is RadiantOS built for?
RadiantOS is being built first for multi-tenant MSPs and MSSPs whose owners, service leaders, technical operators, and security teams repeatedly rebuild customer context across disconnected tools.
See the operating modelDo we have to replace our current stack at once?
No. Where coexistence is supported, begin with one bounded workflow, keep the incumbent path available, compare the result, and cut over only after agreed evidence and rollback criteria pass.
Build a migration planHow is AI kept under control?
Customer-selected AI can investigate and prepare work, but supported actions remain subject to tenant scope, role, policy, approval, stop conditions, verification, rollback, and audit controls.
Review AI and automationHow does proposed pricing scale?
The proposed platform plan starts at $99 per month for the first 50 managed devices, with unlimited technicians and customer organizations. Additional devices are priced progressively; protected SaaS users, excess storage, and provider AI usage follow their stated terms. Final commercial terms require confirmation.
Review proposed pricingWhat can we verify before purchase?
Review target scope, supported environments, provider and integration behavior, security evidence, service health, pricing inputs, migration gates, and the exact workflow you plan to run.
Review product availability