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Solutions for
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Keep transactions moving, bring content closer, connect locations. Choose your industry to see how SNS-IX services work together around your priorities.

Find your solution
01 / Connectivity02 / Infrastructure03 / Protection on request

01 / Telecom & ISPs

Give local traffic a shorter route.

Consider peering, transport between sites and, where needed, network protection as a separate service in one design built around your audience, routes and traffic profile.

Your networkSNS-IXNetwork · Infrastructure · Protection on requestMember networks

01Local traffic consumes paid transit capacity.

Connect to SNS-IX and establish BGP with available members directly or through route servers, subject to each network’s peering policy.

02Network growth needs new transport between sites.

Survey routes and design L2VPN, fiber connections and cross-connects with agreed bandwidth and redundancy.

03Volumetric attacks saturate external links.

Design BGP diversion to L3/L4 scrubbing, agree detection thresholds and validate the return path for clean traffic.

Build the solution with

Peering is the core SNS-IX service. Anti-DDoS and WAF are separate services; an IX port does not include them by default. Cybersecurity, L2VPN, CDN and cloud are not part of the port either; the solution scope is agreed for each project.

What the solution is designed to improve

  • Less transit dependence for suitable local traffic.
  • A defined path for expanding ports and transport; network protection is added as a separate service.

What to bring to the discussion

  • ASN, prefixes and main traffic destinations
  • Site addresses, bandwidth and redundancy requirements
  • Peak traffic and current DDoS protection design

Public peering requires a public ASN, address space and BGP readiness. Member availability, ports and physical routes are checked before connection.

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02 / Banking & fintech

Connect branches, compute and digital services.

Design connectivity between sites, application hosting and protection for banking websites and APIs, with separate requirements for each environment.

BranchesSNS-IXNetwork · Infrastructure · Protection on requestBanking services

01Branches and data centers need predictable application transport.

Provide private L2VPN between agreed locations and define bandwidth and redundancy. Assess encryption requirements separately.

02Public websites and APIs face attacks and request spikes.

Select SCDN with WAF, L7/CC attack protection and bot controls for web services. Agree account-area exceptions and validate critical transactions; protect network prefixes through a distinct Anti-DDoS layer.

03Compute isolation and identity risks need coordinated attention.

Select private cloud or bare metal and, where needed, conduct an identity assessment and a scoped security pilot.

Build the solution with

Peering is the core SNS-IX service. Anti-DDoS and WAF are separate services; an IX port does not include them by default. Cybersecurity, L2VPN, CDN and cloud are not part of the port either; the solution scope is agreed for each project.

What the solution is designed to improve

  • Agreed connectivity parameters between critical sites.
  • Separate controls for private infrastructure and public-facing protection.

What to bring to the discussion

  • Locations, applications and critical transactions
  • Isolation, encryption and access requirements
  • Domains, APIs, traffic and existing security controls

Private-circuit parameters, encryption and data requirements, and SLA terms are defined in the project.

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03 / Retail & e-commerce

Prepare your storefront for peak demand.

Bring content delivery, compute, website protection and site connectivity together around your catalog, checkout and daily operations.

ShoppersSNS-IXNetwork · Infrastructure · Protection on requestStores & warehouses

01Product catalogs and images load slowly for shoppers.

Move eligible static assets to CDN, configure caching and content updates, and measure delivery for your target audience.

02Sales campaigns and malicious requests overload the website.

Plan cloud capacity and SCDN with WAF, L7/CC attack protection and bot controls. Set separate caching policies for cart, checkout and customer accounts, then validate user transactions.

03Stores and warehouses have unreliable links to business systems.

Design L2VPN between reachable sites and business infrastructure, with an agreed redundancy and connection plan.

Build the solution with

Peering is the core SNS-IX service. Anti-DDoS and WAF are separate services; an IX port does not include them by default. Cybersecurity, L2VPN, CDN and cloud are not part of the port either; the solution scope is agreed for each project.

What the solution is designed to improve

  • Fewer repeated static-content requests to origin servers.
  • Capacity and network routes prepared for seasonal demand.

What to bring to the discussion

  • Domains, commerce platform and origin locations
  • Customer geography and campaign traffic peaks
  • Store and warehouse addresses, business-system topology

We agree caching and protection policies separately for the catalog, cart, checkout and customer accounts.

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04 / Media & content

Bring demanding content closer to your audience.

Design local caching, colocation and connectivity for media platforms, publishers and content networks.

Content platformSNS-IXNetwork · Infrastructure · Protection on requestViewers

01Repeated long-distance file delivery puts pressure on the origin.

Configure CDN for eligible video files, images and other assets, choosing cache locations around the audience.

02The content network takes unnecessary transit paths to local ISPs.

For networks with an ASN, arrange public peering with available members and, where needed, colocation close to the SNS-IX fabric.

03Releases and attacks produce sharp traffic spikes.

Agree delivery and port capacity, add public-service protection and validate behavior against the selected traffic profile.

Build the solution with

Peering is the core SNS-IX service. Anti-DDoS and WAF are separate services; an IX port does not include them by default. Cybersecurity, L2VPN, CDN and cloud are not part of the port either; the solution scope is agreed for each project.

What the solution is designed to improve

  • Origin offload through reuse of cached content.
  • Shorter local paths where peering is available.

What to bring to the discussion

  • Audience geography and content formats
  • Origin locations, library size and peak profile
  • ASN if available and colocation requirements

CDN does not require your own autonomous system. Public peering requires ASN/BGP; streaming-format support and coverage are confirmed per project.

Discuss this solution Choose another industry

05 / Cloud & SaaS

Grow applications close to network infrastructure.

Select compute, customer-site connections and application protection around your product architecture and growth in demand.

ApplicationsSNS-IXNetwork · Infrastructure · Protection on requestCustomer sites

01Product growth needs different capacity or stronger isolation.

Select public cloud, private cloud or bare metal according to application, storage and dedicated-resource requirements.

02The application needs a connection into customer infrastructure.

Design private L2VPN to a reachable customer site. Consider local peering separately for your own ASN-enabled network.

03Public APIs and customer portals attract attacks.

Configure SCDN with WAF, L7/CC attack protection and bot controls for selected domains and APIs. Agree origin access and cache bypass for personalized responses, then validate application workflows.

Build the solution with

Peering is the core SNS-IX service. Anti-DDoS and WAF are separate services; an IX port does not include them by default. Cybersecurity, L2VPN, CDN and cloud are not part of the port either; the solution scope is agreed for each project.

What the solution is designed to improve

  • A compute model matched to the workload.
  • Private customer connections separated from public access.

What to bring to the discussion

  • Application stack, compute and storage profile
  • Customer locations and isolation requirements
  • Domains, APIs, traffic and ASN if available

Compute and private connections are sized for the application. Public peering is an additional option for BGP-ready networks with an ASN.

Discuss this solution Choose another industry

06 / Education

Prepare infrastructure for the academic workload.

Connect campuses, host learning systems and deliver educational content around the timetable and peaks in concurrent access.

CampusesSNS-IXNetwork · Infrastructure · Protection on requestLearning platform

01Admissions and scheduled classes create platform traffic peaks.

Size cloud resources for LMS and portals, agree capacity-scaling rules and validate the expected workload.

02Video and learning materials overload the origin server.

Configure CDN for cacheable materials and updates, keeping separate policies for personalized student portals.

03Campuses need private links while public portals need protection.

Design L2VPN between reachable sites and separately connect Anti-DDoS/WAF for selected public services.

Build the solution with

Peering is the core SNS-IX service. Anti-DDoS and WAF are separate services; an IX port does not include them by default. Cybersecurity, L2VPN, CDN and cloud are not part of the port either; the solution scope is agreed for each project.

What the solution is designed to improve

  • Less origin load from repeated delivery of learning materials.
  • Capacity and connectivity planned around the academic calendar.

What to bring to the discussion

  • Campuses, learning systems and hosting locations
  • Concurrent users and the calendar of traffic peaks
  • Content volumes and access policies

We agree learning-system capacity and access policies for student portals and recordings, then check routes for each campus address.

Discuss this solution Choose another industry

07 / Industry & logistics

Bring distributed sites into a working network.

Design transport between plants, warehouses and offices, host business systems and validate security controls through scoped pilots.

Plants & warehousesSNS-IXNetwork · Infrastructure · Protection on requestBusiness systems

01Remote sites have inconsistent access to ERP and WMS.

Survey fiber routes and design L2VPN with bandwidth and redundancy matched to data exchange between sites and applications.

02Local servers lack capacity or suitable hosting conditions.

Select colocation, private cloud or bare metal and design connectivity to the company’s applications.

03Contractors and distributed workspaces expand access risks.

Conduct an assessment and a protected-workspace or deception pilot in the agreed corporate environment.

Build the solution with

Peering is the core SNS-IX service. Anti-DDoS and WAF are separate services; an IX port does not include them by default. Cybersecurity, L2VPN, CDN and cloud are not part of the port either; the solution scope is agreed for each project.

What the solution is designed to improve

  • Managed connectivity between locations and business applications.
  • A hosting and access model with defined responsibilities.

What to bring to the discussion

  • Plant, warehouse and office addresses
  • ERP/WMS, data volumes and redundancy requirements
  • Work environments and contractor-access scenarios

We check fiber availability at each address and agree the security pilot scope. Industrial control systems and protocols receive a separate requirements assessment.

Discuss this solution Choose another industry

08 / Data centers & infrastructure

Build a connectivity ecosystem around your facility.

Connect data centers with member networks or design an independent Internet Exchange with a defined operating model.

Your facilitySNS-IXNetwork · Infrastructure · Protection on requestMember networks

01The facility needs access to carriers and content networks.

Design fiber transport and cross-connects to SNS-IX, then arrange peering with available members for ASN-enabled networks.

02Launching an exchange needs architecture and operating expertise.

Use IX-as-a-Service to design the fabric, route servers, monitoring and onboarding, with handover or an agreed managed model.

03Customer workloads need transport between data centers.

Provide L2VPN over available routes and agree bandwidth, redundancy and acceptance tests, including for replication traffic.

Build the solution with

Peering is the core SNS-IX service. Anti-DDoS and WAF are separate services; an IX port does not include them by default. Cybersecurity, L2VPN, CDN and cloud are not part of the port either; the solution scope is agreed for each project.

What the solution is designed to improve

  • A defined path from facility connectivity to developing an independent IX.
  • Clear ownership of physical infrastructure, routing and operations.

What to bring to the discussion

  • Facilities, available fiber and cross-connects
  • Target members, ASNs and required capacity
  • SNS-IX access or an independent exchange, operating model

Choose SNS-IX connectivity or an independent IX; we agree facilities, BGP, procurement and operations, then check readiness with target participants.

Discuss this solution Choose another industry

An engineering conversation

A solution starts with your actual network.

Share your locations, applications and traffic profile. We will check service availability, agree the architecture and define the scope, delivery plan and acceptance criteria.

Discuss your project