Meta tags:
description=Securely run MCP servers in WebAssembly sandboxes with Cosmonic — fast, portable, and Kubernetes-native AI infrastructure anywhere.;

Headings (most frequently used words):

rotator, var, height, top, offset, calc, cosmonic, control, does, text, how, existing, font, my, rotating, size, display, to, with, components, and, instantly, block, in, background, run, build, deploy, ci, cd, containers, observability, support, kubernetes, what, zero, ultra, dense, sandbox, mcp, 3px, line, bottom, color, wrapper, rotatetext, gradient, ffffff, 100, webkit, clip, platform, is, expensive, save, reduce, maintenance, portability, better, together, scale, cost, infrastructure, on, k8s, connect, webassembly, security, built, integrate, environment, manage, sandboxed, platforms, agentic, workflows, functions, apps, triggers, agents, bots, container, 1em, contents, inner, weight, 500, inline, overflow, hidden, border, dotted, primary, transform, translate, position, relative, animation, 10, 5s, ease, out, infinite, span, linear, 40, 685bc7, fill, transparent, keyframes, 14, 23, 28, 38, 42, 52, 57, 66, 71, 81, 85, 95, engineering, controltiny, fast, safe, it, work, shift, down, money, time, securely, increase, faster, batteriesincluded, isolationaccelerates, innovation, effortlessly, frequently, asked, questions, let, high, of, idle, app, cloud, agnostic, your, native, orchestration, secure, virtual, capabilities, integrated, ingress, egress, authentication, not, bolted, more, less, efficient, compute, enterprise, grade, integrations, first, class, can, alongside, do, pipelines, monitoring, tools, operational, costs, improvements, bring, setup, long, term, evolution, cold, starts, trust, isolation, bin, packing,

Text of the page (most frequently used words):
and (108), #cosmonic (48), with (45), control (41), your (35), the (33), #platform (28), existing (27), webassembly (24), kubernetes (24), components (22), for (19), you (17), secure (17), that (16), workloads (16), deploy (15), containers (15), native (13), wasm (12), can (12), infrastructure (12), observability (12), k8s (11), security (11), support (10), this (10), cloud (10), same (10), now (9), built (9), more (9), integrates (9), policies (9), ingress (9), pipelines (9), engineers (9), build (8), faster (8), systems (8), without (8), zero (8), cost (8), across (8), teams (8), any (8), cncf (7), mcp (7), into (7), engineering (7), how (7), does (7), environment (7), operational (7), isolation (7), containerized (7), scale (7), wasmcloud (6), tools (6), run (6), time (6), start (6), cold (6), already (6), enabling (6), while (6), egress (6), side (6), enterprise (6), maintenance (6), policy (5), github (5), are (5), what (5), efficient (5), edge (5), environments (5), rbac (5), using (5), works (5), new (5), means (5), least (5), privilege (5), capability (5), trust (5), ultra (5), declarative (5), keep (5), high (5), workflows (5), sandboxmcp (4), sandbox (4), agentic (4), premises (4), clusters (4), namespaces (4), directly (4), tooling (4), add (4), governance (4), resource (4), crds (4), plane (4), runs (4), enforces (4), network (4), modern (4), idle (4), costs (4), dense (4), starts (4), both (4), through (4), opentelemetry (4), immutable (4), deployments (4), low (4), they (4), integrations (4), leverage (4), platforms (4), use (3), securely (3), better (3), together (3), lets (3), gives (3), portable (3), composable (3), model (3), agnostic (3), from (3), design (3), portability (3), seamlessly (3), need (3), current (3), making (3), easy (3), alongside (3), overhead (3), continue (3), just (3), operator (3), component (3), share (3), broad (3), access (3), capabilities (3), defined (3), runtime (3), controls (3), memory (3), minimal (3), per (3), compute (3), utilization (3), sub (3), millisecond (3), reduce (3), logs (3), metrics (3), traces (3), full (3), performance (3), latency (3), other (3), monitoring (3), integration (3), maintain (3), adopting (3), out (3), box (3), automation (3), edges (3), actions (3), argocd (3), backstage (3), connect (3), density (3), times (3), tighter (3), host (3), resources (3), driven (3), including (3), instantly (3), save (3), investments (3), integrated (3), seamless (3), patterns (3), adoption (3), app (3), 000 (3), triggers (3), expensive (3), slack (2), open (2), source (2), home (2), pages (2), let (2), free (2), safely (2), extending (2), default (2), sandboxed (2), servers (2), enterprises (2), today (2), container (2), language (2), code (2), next (2), one (2), innovation (2), future (2), proof (2), their (2), there (2), replace (2), reconfigure (2), installs (2), introducing (2), function (2), exactly (2), before (2), lighter (2), custom (2), definitions (2), integrate (2), inside (2), such (2), file (2), messaging (2), declaratively (2), attack (2), surface (2), lateral (2), movement (2), admission (2), tenant (2), safety (2), shared (2), based (2), traditional (2), cpu (2), under (2), microseconds (2), allowing (2), node (2), result (2), reliability (2), true (2), lower (2), bills (2), cluster (2), redundancy (2), scheduling (2), visibility (2), all (2), deep (2), operators (2), compliance (2), within (2), detect (2), anomalies (2), dashboards (2), first (2), class (2), popular (2), like (2), signed (2), artifacts (2), approach (2), where (2), every (2), auditable (2), integrating (2), familiar (2), ensuring (2), consistent (2), clouds (2), gitops (2), hybrid (2), offers (2), startup (2), sandboxing (2), supports (2), deeply (2), segmentation (2), coupling (2), application (2), not (2), developers (2), production (2), tight (2), operations (2), reliable (2), execution (2), take (2), deliver (2), money (2), fine (2), grained (2), operate (2), accelerates (2), oidc (2), sso (2), management (2), unified (2), authentication (2), end (2), shift (2), apps (2), autoscaling (2), request (2), mbs (2), enforce (2), applications (2), robust (2), date (2), copyright, 2026, com, email, social, media, cookie, terms, privacy, legal, youtube, join, crew, know, thoughts, plugin, repeatable, way, perfect, llms, lear, generate, standards, compliant, context, protocol, enables, bridging, ecosystems, tomorrow, because, anywhere, changes, empowers, chief, architects, evolve, over, being, locked, legacy, vendor, specific, runtimes, bridge, epoch, continuous, modular, architecture, long, term, evolution, introduces, each, unlike, system, level, only, receive, explicit, reduces, prevents, combined, multi, defense, depth, nothing, improvements, bring, setup, dramatically, improves, efficiency, often, waste, due, contrast, consume, thousands, executives, cutting, compromising, achieving, higher, reduced, includes, unifying, gain, accessible, prometheus, grafana, stacks, helps, optimize, retraining, makes, observable, debuggable, manageable, telemetry, fabric, deployable, deployment, traceable, eliminates, accelerating, delivery, speed, friendly, workflow, yes, trusted, gradually, migrate, disrupting, drastically, generation, layer, microservices, have, question, about, got, answers, frequently, asked, questions, best, introduce, matter, most, exports, layers, giving, clean, separation, anomaly, detection, stack, give, groups, kubectl, hpas, grade, doesn, mean, paying, pods, manages, mulit, hosts, respecting, spread, regions, zones, always, less, applies, enforcing, guardrails, adding, boundary, around, bolted, ready, running, ensures, scalable, complex, effortlessly, download, white, paper, further, isolated, preminfrastructure, leveraging, reducing, delivering, boundaries, reusable, templates, releases, alignment, organization, identity, strategy, used, envoy, xds, dynamically, virtualize, core, services, blob, stores, upgrade, extend, ecosystem, rather, than, static, virtual, provides, visualize, controllers, orchestrate, govern, orchestration, designed, mind, path, batteries, included, emerging, dependent, lift, established, deployed, prem, dependencies, team, patches, once, patch, vuln, infra, kbs, 000s, size, gbs, 100, creating, well, align, principle, risk, foundation, offer, incredible, trade, offs, rely, linux, kernel, syscalls, harder, achieve, increasing, implementation, backbone, investing, placements, bin, packing, workload, vertical, meet, demand, lowering, building, operating, scaling, computing, increase, down, common, tasks, http, cron, harnesses, make, helm, chart, live, efficent, footprint, scalability, work, install, preserving, models, place, extends, bringing, power, lightweight, substrate, ease, leverages, strategies, enhancing, replacing, tiny, fast, safe, technical, debt, stuck, mantaining, choices, years, ago, advantage, but, them, many, fix, cve, average, efficiently, utilize, pay, data, locality, going, double, face, significant, challenges, redundantly, bots, agents, functions, effective, developer, manage, blog, docs, prompt, get, our, guide, securing, vibe, coded,

Text of the page (random words):
with cncf manage ultra dense sandboxed platforms deploy and scale cost effective developer platforms on any cloud any kubernetes or any edge including your on premises deploy on any k8s now instantly sandbox mcp agentic workflows functions apps triggers agents bots runs on premises in the cloud or at the edge works with and more and more platform engineering is expensive platform engineering teams face significant challenges with containerized infrastructure expensive to build maintain and operate redundantly high cost of idle infrastructure with average containerized cpu utilization under 20 can you more efficiently utilize what you already pay for is data locality going to double your cloud bills expensive app maintenance you can deploy 1 000 containers on kubernetes but can you keep them up to date how many teams fix the same cve cloud agnostic is your technical debt so deep that you are stuck mantaining choices from 20 years ago can you take advantage of modern clouds edges deploy cosmonic on k8s now cosmonic control tiny fast safe cosmonic control is a kubernetes native webassembly control plane that seamlessly integrates into your existing clusters enhancing not replacing your current investments it leverages your existing namespaces rbac policies and security segmentation strategies preserving the governance models your teams already trust built for ease of use and low maintenance it runs wasm components side by side with containers using the same ingress observability and ci cd patterns already in place the result is a lightweight high density and secure substrate that extends kubernetes with faster startup times tighter isolation and minimal operational overhead bringing the full power of webassembly to your enterprise platform install cosmonic control on k8s now how does it work a kubernetes native webassembly integrates with your existing platform investments in ci pipelines security k8s operations ingress egress observability enabling you to leverage the cost efficent footprint and scalability webassembly with your existing containerized application deploy on k8s instantly deploy a helm chart and you are live with k8s crds and operator it works with all of your existing tools integrating into your sso oidc opentelemetry and security systems out of the box connect your existing ci cd with robust support for github actions argocd backstage and more cosmonic control supports signed declarative and immutable deployments out of the box deploy components with robust support for common tasks like mcp servers http triggers messaging triggers cron and more platform engineering harnesses make it easy to keep applications up to date shift down save money save time run securely reduce maintenance increase portability build faster with cosmonic control cosmonic control accelerates the adoption of applications and agentic ai workflows while lowering the cost of building operating and scaling computing infrastructure scale to zero zero cold starts sub millisecond start times and vertical autoscaling means workloads scale to meet demand zero trust isolation secure by default webassembly components enforce memory safety and workload isolation ultra dense bin packing control plane integrated scheduling enforces high density placements with compliance deeply integrates with build better together leverage your existing containerized infrastructure and integrations while investing in future proof low maintenance low cost and portable webassembly components containers containers rely on broad linux kernel syscalls and shared host resources making it harder to achieve true least privilege isolation and increasing the attack surface with broad adoption and implementation they are the backbone of today s enterprise webassembly components webassembly components enforce capability based security and fine grained sandboxing creating minimal well defined execution environments that align with the principle of least privilege and reduce lateral movement risk the foundation of modern edges and platforms they offer incredible trade offs on your platforms containers components mbs to gbs 100 per kubernetes node size kbs to mbs 10 000s per host cold starts high cost of idle infra start time network request cold start time zero cold starts autoscaling start time network request 5 000 teams patch same 1 vuln maintenance 1 team patches 5 000 apps at once tight coupling to environment dependencies built at build time portability one app deployed on cloud on prem and edge established full app support lift and shift emerging language dependent batteries included cosmonic control is designed with platform engineers and developers in mind it works with your existing environment ensuring a seamless adoption and integration path k8s native orchestration integrates directly with your existing ci cd pipelines controllers and operational patterns allowing platform engineers to orchestrate wasm components using the same kubernetes native workflows policies and automation that already govern their containerized workloads observability with built in opentelemetry support cosmonic control provides unified traces logs and metrics across wasm and container workloads enabling platform engineers to visualize performance detect anomalies and maintain end to end visibility through familiar dashboards and observability tools secure virtual capabilities dynamically virtualize core platform services such as file systems blob stores and other i o resources through a capability driven security model that enforces least privilege by design this approach lets platform teams upgrade and extend infrastructure safely adopting a modern composable ecosystem built on secure declarative capabilities rather than static integrations integrated ingress egress seamless ingress egress management with native cloud integrations and envoy xds support enabling enterprise platform engineers to securely connect wasm native workloads across hybrid environments with the same policies and patterns they already trust in kubernetes authentication integrated oidc and sso support enabling seamless alignment with your organization s existing identity and access management strategy so platform engineers can secure wasm native workloads with the same unified authentication and policy controls used across the enterprise ci cd support integrates with argocd github actions backstage and other popular ci cd systems enabling immutable declarative deployments for wasm native workloads platform teams can leverage reusable templates and existing automation pipelines to deliver consistent secure and auditable releases across any environment deploy cosmonic control now isolation accelerates innovation with webassembly components and cosmonic control enterprises can take platform engineering further leverage existing investments in pipelines kubernetes security and monitoring operate on any kubernetes any cloud or any edge including isolated on preminfrastructure add fine grained boundaries with capability driven security build better together leveraging traditional containers and webassembly components side by side deliver ultra dense ultra secure and reliable infrastructure that is immutable and declaratively defined save money on infrastructure while reducing maintenance costs and delivering faster download the free white paper run instantly scale effortlessly cosmonic control offers developers and platform engineers a production ready platform for running webassembly components on kubernetes including mcp with tight integration across ci cd operations observability and network ingress egress it ensures scalable secure and reliable execution for complex agentic workflows deploy now on cosmonic security built in not bolted on cosmonic control applies capability driven isolation to every webassembly component enforcing least privilege at runtime you keep your existing kubernetes guardrails rbac admission policies while adding a tighter zero trust boundary around application code run more with less cost efficient compute components cold start in microseconds and scale to zero so redundancy doesn t mean paying for idle pods cosmonic manages mulit tenant cncf wasmcloud hosts within k8s namespaces respecting segmentation and policy you can spread workloads across regions zones without coupling reliability to always on resources enterprise grade integrations cosmonic integrates deeply into your existing pipelines operational controls observability stack and ingress egress operators and crds give you declarative control of clusters host groups and workloads directly through kubectl gitops and hpas first class observability built in cosmonic supports opentelemetry and exports metrics logs and traces for both platform and component layers giving clean separation and faster anomaly detection containers and components keep containers for what they do best and introduce webassembly where security and latency matter most cosmonic runs cncf wasmcloud inside containers so both artifacts share governance policies and tooling frequently asked questions have a question about cosmonic control sandboxmcp or efficient platform engineering we ve got answers deploy cosmonic now how does cosmonic control integrate with my existing kubernetes environment cosmonic control is a kubernetes native webassembly control plane that integrates seamlessly with your existing clusters namespaces and rbac policies there s no need to replace or reconfigure your infrastructure cosmonic control installs directly into your current kubernetes environment using custom resource definitions crds and an operator it works with your existing ingress observability and ci cd tooling making it easy for platform engineers to add webassembly components alongside containers without introducing new operational overhead this means your existing governance pipelines and policies continue to function exactly as before just faster lighter and more secure can i deploy webassembly components alongside my existing containers yes with cosmonic control webassembly components and containers run side by side in the same kubernetes cluster this hybrid model lets you keep your trusted containerized workloads while adopting webassembly for high density low latency and secure workloads both share the same ingress egress observability and ci cd systems so you can gradually migrate to wasm native microservices without disrupting existing workflows for platform engineers this means extending kubernetes with a next generation runtime layer that offers sub millisecond startup times tighter sandboxing and drastically lower compute costs how do i connect cosmonic control to my existing ci cd pipelines cosmonic control integrates out of the box with popular ci cd tools like github actions argocd and backstage enabling declarative signed and immutable deployments you can continue using your existing automation pipelines just add wasm components as new deployable artifacts this approach gives platform teams a gitops friendly workflow where every deployment is traceable secure and auditable by integrating with familiar systems cosmonic control eliminates the need for new tools while accelerating delivery speed ensuring consistent environments across clouds edges and on premises deployments what observability and monitoring tools does cosmonic control support cosmonic control includes first class observability with opentelemetry unifying logs metrics and traces across both containers and webassembly components platform teams gain full visibility into performance latency and resource utilization all accessible through the same dashboards you already use with prometheus grafana or other monitoring stacks this deep integration helps operators detect anomalies faster maintain compliance and optimize performance without retraining or adopting new tooling cosmonic control makes wasm workloads observable debuggable and manageable within the same telemetry fabric as kubernetes how does cosmonic control reduce infrastructure and operational costs cosmonic control dramatically improves resource efficiency with scale to zero workloads sub millisecond cold starts and ultra dense scheduling traditional containerized environments often waste up to 80 of cpu due to idle infrastructure by contrast wasm components under cosmonic control start in microseconds and consume minimal memory allowing thousands of workloads to run per node the result is lower cloud bills higher cluster utilization and reduced redundancy for it executives this means cutting operational costs without compromising reliability achieving true cost efficient compute at scale what security improvements does cosmonic control bring to my existing kubernetes setup cosmonic control introduces capability based zero trust isolation to kubernetes each webassembly component runs inside a secure shared nothing sandbox that enforces least privilege by design unlike containers that share broad system level access wasm workloads only receive explicit capabilities such as network file or messaging access defined declaratively this reduces the attack surface prevents lateral movement and enforces memory safety at runtime combined with kubernetes native rbac admission and policy controls cosmonic control gives your platform defense in depth security for modern multi tenant workloads how does cosmonic control integrate with my existing kubernetes environment cosmonic control is a kubernetes native webassembly control plane that integrates seamlessly with your existing clusters namespaces and rbac policies there s no need to replace or reconfigure your infrastructure cosmonic control installs directly into your current kubernetes environment using custom resource definitions crds and an operator it works with your existing ingress observability and ci cd tooling making it easy for platform engineers to add webassembly components alongside containers without introducing new operational overhead this means your existing governance pipelines and policies continue to function exactly as before just faster lighter and more secure how does cosmonic control support long term platform evolution and portability cosmonic control enables enterprises to future proof their platform architecture by bridging today s container ecosystems with tomorrow s webassembly native systems because wasm components are portable composable and language agnostic workloads can run anywhere from cloud to on premises to edge environments without code changes this empowers chief architects to design cloud agnostic modular systems that evolve over time without being locked into legacy infrastructure or vendor specific runtimes cosmonic control is your bridge to the next epoch of platform engineering one that s secure efficient and built for continuous innovation what is sandbox mcp sandbox mcp is a free and open source plugin built on cncf wasmcloud that lets you generate standa...