Solutions

Cloud, edge & endpoints.
Built around your business.

Our platform products, AI solutions, and cloud services support cloud architecture and delivery, application security, and device management. Endpoint services cover software sales, deployment, policy configuration, and operational support.

Cloudmate service coverage across cloud, edge, applications, and endpoints Cloud Applications Edge Endpoints
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Cloud Services · Partner Solutions

Endpoint Management & Security

Part of our cloud services: Jamf for Apple device management, Hexnode for cross-platform management, and SentinelOne for endpoint protection. We provide software sales, deployment, policy configuration, and operational support; capabilities depend on the product, plan, and platform.

  • Device onboarding & app deployment
  • Security policy configuration
  • Joiner, leaver & operational support
Explore endpoint services
Gaming

Gaming & Live Platforms

Lag, DDoS, and patchy Asian coverage cost you players at the worst moment.

Multi-CDN fusion routes every player to the nearest edge node. Bot protection and DDoS mitigation run across all PoPs simultaneously — keeping servers clean during peak events across SEA, specialized regional markets, and global regions.

  • Multi-CDN intelligent routing for lowest latency per region
  • DDoS and bot shield — no origin exposure during attacks
  • Custom regional coverage via the Cloudmate hybrid network
Latency ReductionBot ShieldMulti-CDNDDoS ProtectionAsia PoPs
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40%
Peak-hour latency reduction
40% latency reduction during peak hours
Sub-100ms delivery across SEA and complex regional routes
<5min DDoS mitigation response at the edge
SaaS

Global SaaS Platforms

Multiple cloud vendors, fragmented operations, and unpredictable bills slow your engineering team.

Bring cloud vendors, routing, procurement, and operations into a coordinated operating model. Intelligent traffic routing optimises spend automatically — Cloudmate handles procurement, setup, and 24/7 operations so your team stays focused on the product.

  • Managed visibility across cloud vendors and operating workflows
  • Intelligent routing reduces infrastructure spend by up to 30%
  • 24/7 operations management — no on-call burden for your team
Cost ReductionMulti-CloudVendor Consolidation99.98% SLA
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30%
Infrastructure cost reduction
30% reduction in infrastructure costs
Unified procurement across all cloud providers
99.98% uptime SLA with 24/7 support
Security

DDoS & Attack Response

Under attack with no time to respond — every minute of downtime is lost revenue and reputation.

Edge-level mitigation activates in under 5 minutes. Advanced WAF rules and AI-powered bot detection run at 300+ PoPs simultaneously — your origin stays hidden, your service stays live.

  • Edge mitigation activated in <5 minutes
  • Advanced WAF + AI bot detection at 300+ PoPs
  • Origin stays hidden — attackers never reach your servers
Adv DDoSWAFAI SoCBot ManagementOrigin Protection
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<5min
DDoS mitigation response time
<5min response — attack contained at the edge
Zero origin exposure during active attacks
24/7 AI SoC monitoring for early detection
E-commerce

E-commerce & Flash Sales

Flash sales and product drops crash infrastructure that was not built to scale instantly.

Handle 10x normal traffic load without pre-provisioning. Edge caching, auto-scaling compute, and origin shielding absorb the surge — 100% uptime maintained during peak campaigns, no emergency scaling needed.

  • Handle 10x traffic spikes without pre-provisioning
  • Edge caching and origin shielding absorb surge traffic
  • Auto-scaling compute responds in real-time to demand
Auto ScalingEdge ComputeOrigin ShieldFlash Sale Ready
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10x
Traffic spike capacity
10x surge capacity — instant, no pre-provisioning
100% uptime maintained during peak campaigns
Intelligent origin shielding reduces backend load
FinTech

FinTech & Regulated Industries

Financial applications need data residency, audit trails, and compliance — without sacrificing performance.

Compliance-first cloud architecture with dedicated egress, data residency controls, and full audit logging across every region. Built for regulated environments — SOC2 ready with no custom configuration.

  • Data residency controls across all deployment regions
  • Full audit log trail for compliance and reporting
  • Dedicated egress with no shared traffic paths
Data ResidencyAudit LogsDedicated EgressSOC2 Ready
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SOC2
Compliance framework ready
SOC2-ready infrastructure from day one
Data residency controls for all major jurisdictions
Full audit trails — compliance reporting out of the box
AI & ML

AI & Machine Learning

Centralised inference is too slow for real-time AI features — users feel the lag and engagement drops.

Run ML models at 300+ edge nodes, right next to your users. Sub-10ms inference latency for user-facing AI features — scale from prototype to global production without re-architecting your stack.

  • ML inference at 300+ edge nodes globally
  • Sub-10ms latency for user-facing AI features
  • Scale to global production without re-architecting
Edge InferenceAuto ScalingLow LatencyGlobal Edge
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<10ms
Edge inference latency
<10ms P95 inference latency at the edge
Deploy once — runs globally across 300+ PoPs
Auto-scaling handles burst AI workloads instantly
Live Streaming

Live Streaming & Interactive Media

Buffering during live sports, concerts, or broadcasts drives viewers away permanently.

Sub-50ms origin-to-edge delivery for live sports, concerts, and interactive broadcasts. Adaptive bitrate routing and real-time audience scaling keep every viewer connected — across Asia-Pacific and global CDN.

  • Sub-50ms origin-to-edge delivery for live content
  • Adaptive bitrate routing responds to real-time conditions
  • Asia-Pacific PoPs for low-latency regional delivery
Live CDNABR RoutingAsia PoPsReal-time Scaling
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<50ms
Origin-to-edge delivery
<50ms origin-to-edge for live broadcasts
Zero-buffer streaming across Asia-Pacific
ABR handles variable network conditions automatically
IoT

IoT & Connected Devices

Device fleets across regions need reliable connectivity and fast local processing — egress costs add up fast.

Reliable, low-latency connectivity for device fleets across multiple regions. Edge compute processes sensor data locally — reducing cloud egress costs and improving response times for critical operations.

  • Edge compute processes data locally near device clusters
  • Multi-region deployment with unified management
  • Reduced cloud egress — data stays close to source
Edge ComputeMulti-regionCost OptimisedLow Latency
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99.99%
Uptime SLA
99.99% uptime SLA across all regions
Local edge compute cuts egress costs significantly
Multi-region deployment managed as one
Solutions in practice

From challenge to solution.

Illustrative scenarios showing how we evaluate cost, performance and operational fit.

Choose a scenario
Scenario example

AWS + Cloudflare: cost and delivery

Keep the application on AWS and assess Cloudflare for caching, edge protection and origin offload.

Provider roles

  • AWS

    Application, transactions and primary database.

    Why this choicePreserve established application dependencies and keep transactional data close to its compute.

  • Cloudflare

    Cache eligible content and apply agreed edge protection.

    Why this choiceImprove the delivery layer independently of an application migration.

Proposed delivery steps

  1. User request

    Separate public content from authenticated and transactional requests.

  2. Cloudflare edge

    Serve eligible cached content; inspect and forward origin requests.

  3. AWS application

    Process dynamic requests with the existing AWS database.

Cloudmate’s role

  • Map traffic, billing and application dependencies into a baseline.
  • Scope procurement and configure agreed caching and protection policies.
  • Coordinate a staged rollout, rollback checks and operational handover.
Cost, performance & operations
Total cost

Compare the Cloudflare plan, AWS transfer and origin costs together. A lower origin bill alone does not prove savings.

Cache suitability

Measure real cacheability and freshness requirements. Mostly private or uncacheable responses may offer limited offload.

Operational ownership

Document cache invalidation, origin access, protection exceptions and rollback before changing traffic.

Validation plan
Cost per successful request

Compare equivalent traffic mixes, including both providers and transfer charges.

Delivery and origin load

Record regional p95 response time, cache hits, origin requests and errors.

Correctness and recovery

Test authenticated flows, content freshness, protection exceptions and rollback.

Discuss cost and delivery
Scenario example

AWS + Alibaba Cloud: regional deployment

Retain AWS and pilot an independent Alibaba Cloud application-and-data unit for a selected Southeast Asian market.

Provider roles

  • AWS

    Existing application and data for current tenants.

    Why this choiceRetain a stable deployment and avoid relocating workloads without a measured benefit.

  • Alibaba Cloud

    A regional application with its own nearby data services.

    Why this choiceEvaluate the target region’s service fit, measured access performance and complete commercial offer.

Proposed delivery steps

  1. Regional users

    Identify each tenant’s market, data ownership and service needs.

  2. Tenant routing

    Direct the request to its assigned AWS or Alibaba Cloud unit.

  3. Cloud-local services

    Each application uses its nearby database, without a cross-cloud query on every request.

Cloudmate’s role

  • Compare regional service availability, quotations and baseline measurements.
  • Design the regional unit, procurement scope and tenant-routing pilot.
  • Coordinate deployment, monitoring, recovery procedures and IT handover.
Cost, performance & operations
Added operating cost

Include duplicate regional resources, licences, transfer and support. Keep one cloud if the pilot cannot justify these costs.

Regional evidence

Test target networks at busy periods. A provider name or a nearby region alone does not establish better performance.

Data boundaries

Define ownership, releases and recovery per unit. Shared-data synchronisation needs separate design; tightly coupled workloads may be unsuitable.

Validation plan
Regional access

Compare p95 response time and error rates on representative user networks.

Unit economics

Measure cost per active tenant with transfer and operating overhead included.

Isolation and recovery

Verify tenant routing, local data access and a documented recovery drill.

Discuss regional deployment
Scenario example

AWS + TiDB: database performance and cost

Keep the AWS application and compare its existing database with a nearby TiDB candidate under representative workloads.

Provider roles

  • AWS

    Existing application and database baseline.

    Why this choicePreserve dependencies and compare against practical tuning, not an artificially weak starting point.

  • TiDB

    An isolated database candidate in the same or a nearby supported region.

    Why this choiceEvaluate distributed SQL capacity against the actual transaction and reporting workload.

Proposed delivery steps

  1. Measure the baseline

    Capture slow SQL, lock contention, peak concurrency and complete database costs.

  2. Run a nearby pilot

    Replay representative queries and transactions against an isolated, reconciled data copy.

  3. Decide before migration

    Proceed only after compatibility, economics, restore and rollback checks pass.

Cloudmate’s role

  • Map workload bottlenecks, regional availability and total costs.
  • Coordinate candidate sizing, connectivity and the application team's compatibility pilot.
  • Document migration gates, recovery rehearsals and operational ownership.
Cost, performance & operations
Full migration economics

Include compute, storage, backups, transfer, support and parallel running. Retaining the current database remains an option.

SQL and transaction fit

MySQL compatibility is not identical behaviour. Check SQL features, query plans, isolation and retry handling.

Distance and recovery

Measure application-to-database latency; plan data reconciliation and a safe return path for writes accepted after cutover.

Validation plan
Performance under load

Compare p95 latency, throughput, lock waits and errors with equivalent data and concurrency.

Correctness and cost

Reconcile transaction results and compare cost per successful business operation.

Restore and rollback

Restore a backup and rehearse cutover reversal without silently discarding new writes.

Discuss database performance
Scenario example

AWS + OceanBase + Cloudflare: game launch readiness

Coordinate AWS game services, OceanBase transactional data and Cloudflare delivery for a regional season launch.

Provider roles

  • AWS

    Authoritative game servers, application APIs and session services.

    Why this choiceKeep latency-sensitive match state with its compute and size regional capacity for player demand.

  • OceanBase

    Persistent account, inventory and order records, deployed close to the application.

    Why this choiceEvaluate distributed SQL for peak transactions and growing data, with compatibility verified before adoption.

  • Cloudflare

    Eligible patch/static caching and WAF policies for supported web/API traffic.

    Why this choiceHandle HTTP delivery and protection separately from live match connections.

Proposed delivery steps

  1. Download the update

    Serve eligible, versioned assets through Cloudflare; check manifests and cache freshness.

  2. Sign in or purchase

    Forward supported HTTPS APIs to AWS with private-response cache bypass; the application reads and writes OceanBase through private connectivity.

  3. Play and save progress

    Connect players to regional AWS game servers. Persist agreed progress checkpoints outside the per-frame match loop.

Cloudmate’s role

  • Map player regions, protocols and transactional workloads with the game team.
  • Design nearby compute/data placement, delivery policies and a capacity pilot.
  • Coordinate data checks, launch monitoring, recovery drills and operational handover.
Cost, performance & operations
Complete launch cost

Include AWS capacity, OceanBase resources and backups, CDN terms and transfer. Confirm patch-delivery entitlement.

Separate traffic paths

Measure application-to-database latency and transaction contention. CDN caching does not accelerate arbitrary TCP/UDP game traffic; extra services need separate validation.

Application and data recovery

Check SQL compatibility and retry behaviour. Rehearse backup restore and coordinate release rollback with writes accepted after cutover.

Validation plan
Delivery and player experience

Check patch integrity, login success, WAF false positives, regional RTT, jitter and match-join success.

Transaction correctness

Load-test account and purchase flows; verify p95 latency, inventory/order consistency and application retries without duplicate grants.

Capacity and recovery

Test session headroom, database connection recovery and backup restore; reconcile progress and purchases after a rollback drill.

Plan game launch readiness
Scenario example

Cloudflare Zero Trust: internal app access

Give employees and contractors access to selected internal web applications while retaining the existing cloud and identity provider.

Provider roles

  • Cloudflare

    Access applies application policies; Tunnel connects the origin through outbound connections.

    Why this choiceScope access to approved applications and reduce direct origin exposure.

  • Existing cloud + IdP

    The cloud hosts the applications; the identity provider handles accounts, groups and configured MFA.

    Why this choicePreserve application dependencies and the existing identity lifecycle.

Proposed delivery steps

  1. Identify the user

    Authenticate through the existing IdP with the agreed MFA requirement.

  2. Authorize the application

    Access checks the permitted group and application session; contractors receive only the ticketing scope.

  3. Reach the origin

    Forward permitted requests through Tunnel with Access token validation and restricted direct ingress.

Cloudmate’s role

  • Map applications, user groups and least-privilege requirements.
  • Configure Access before publishing Tunnel routes; validate tokens and harden origins.
  • Pilot both user groups, expand in phases and hand over support procedures.
Access, rollout & operations
Complete operating cost

Include Access licensing, connector hosting, IdP requirements and log retention in the comparison.

Application fit

Test login redirects, APIs and latency. Other network access remains separately scoped.

Lifecycle and recovery

Agree session lengths, revocation and recovery. Authentication logs do not record every action inside an application.

Validation plan
Permission boundaries

Test allowed and denied users, MFA and blocked direct-origin access.

Sessions and offboarding

Disable a test IdP account, revoke Access sessions and verify rejection and expiry.

Operations and evidence

Check login logs, application behaviour, regional latency and connector recovery.

Plan Zero Trust access
Scenario example

Jamf: Mac onboarding readiness

Prepare company Macs with agreed applications, device settings and a repeatable handover process.

Provider roles

  • Jamf Pro

    Enrolment configuration, agreed applications and device policies.

    Why this choiceProvide an Apple-focused management workflow for the company’s Mac fleet.

  • Apple

    Eligible device assignment and Automated Device Enrollment.

    Why this choiceConnect first-time setup to the approved management service when the enrolment prerequisites are met.

Proposed delivery steps

  1. Assign and enrol

    Check device eligibility, Apple account setup and Jamf enrolment configuration.

  2. Prepare the Mac

    Deploy agreed applications and supported security settings through a pilot profile.

  3. Verify and hand over

    Check the device’s actual state and document exceptions before employee handover.

Cloudmate’s role

  • Scope software sales, device readiness and the agreed deployment plan.
  • Configure enrolment, application packages and supported device policies.
  • Deliver pilot checks, IT documentation and agreed operational support.
Licensing, deployment & support
Licensing and ownership

Confirm the Jamf product, device scope, application licences and customer-owned Apple accounts.

Enrolment prerequisites

Automatic setup depends on eligible device assignment, APNs and connectivity. Existing Macs may need a different onboarding path.

Policy versus device state

A delivered policy does not prove encryption is complete or a recovery key is escrowed. Plan exception handling and renewals.

Validation plan
Enrolment and preparation

Verify inventory and ownership; record setup duration and manual interventions.

Applications and security state

Check required apps, applicable settings, encryption and recovery-key status.

IT handover

Rehearse an approved device reassignment and confirm administrator procedures.

Plan Mac onboarding
Scenario example

Hexnode: a managed device baseline

Bring company Windows laptops and Android work devices into an agreed management and support process.

Provider roles

  • Hexnode

    Device enrolment, grouping, supported policies and application deployment.

    Why this choiceCoordinate a mixed fleet while retaining the controls appropriate to each operating system and ownership mode.

Proposed delivery steps

  1. Classify the fleet

    Record operating system, ownership, user role and the suitable enrolment method.

  2. Apply the baseline

    Pilot agreed applications and supported settings for each device group.

  3. Review and support

    Check device status, last contact and exceptions; hand over the support workflow.

Cloudmate’s role

  • Match software licensing and deployment scope to the actual fleet.
  • Configure groups, agreed applications and supported policy baselines.
  • Provide pilot verification, administrator handover and agreed operational support.
Licensing, deployment & support
Plan fit

Match required controls to the purchased plan. Desktop application, encryption and patch capabilities must be checked individually.

Device readiness

Capabilities differ by OS and ownership mode. Some enrolment changes require a reset, so validate the migration path first.

Useful exceptions

Offline devices and failed policies need owners and follow-up. A policy-compliance report reflects configured rules, not an external certification.

Validation plan
Inventory and contact

Verify managed-device coverage, ownership and last-contact status against the agreed fleet.

Policy and application state

Check applicable controls and app versions per OS; record unsupported or failed items.

Operational follow-through

Rehearse an approved policy change and device reassignment; track exceptions to closure.

Plan a device baseline
Scenario example

SentinelOne: endpoint protection rollout

Pilot protection on company laptops, tune policies and establish a clear owner for endpoint alerts.

Provider roles

  • SentinelOne

    Endpoint protection and detection alerts, according to the selected licence and supported OS.

    Why this choiceAdd a consistent protection baseline alongside the existing device-management process.

Proposed delivery steps

  1. Prepare the pilot

    Confirm device ownership, supported OS, applications and existing security agents.

  2. Deploy and tune

    Install the agent on a pilot group; verify policies and review application exceptions.

  3. Expand and hand over

    Roll out in approved batches and hand alert handling to the designated customer IT/security team.

Cloudmate’s role

  • Match software procurement and deployment scope to the agreed laptop fleet.
  • Configure the pilot, agreed protection policies and staged rollout.
  • Provide administrator handover, deployment records and agreed operational support.
Licensing, deployment & support
Licence and total cost

Match EPP/EDR functions to the selected licence and OS; include rollout and ongoing support in the budget.

Application compatibility

Measure CPU/memory use and application behaviour. Check coexistence with existing security agents against vendor guidance.

Policy and alert ownership

Keep exclusions narrowly scoped, with an owner and review date. Customer IT/security owns alert triage and response decisions.

Validation plan
Coverage and policy state

Reconcile device coverage, agent health and applied policy; online status alone does not verify protection.

Compatibility and alerts

Record app and resource behaviour; use vendor-approved benign checks on isolated pilot devices to verify configured detection and alerts.

Handover and rollback

Confirm alerts reach the designated customer owner, then rehearse handover and approved policy rollback before expansion.

Plan endpoint protection

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