Unbreakable Encryption.
Zero Maintenance.
Secure your applications, protect your users' data, and boost your search engine rankings instantly. Neviri's automated SSL infrastructure provisions, attaches, and perpetually renews enterprise-grade 256-bit certificates for all your domains without you ever lifting a finger.
The Foundation of Digital Trust
In the modern digital economy, data privacy is not a luxury; it is a fundamental requirement. Whenever a user interacts with your application—whether they are submitting a login form, processing a credit card payment, or querying an API—that data must traverse a hostile public internet.
Without an SSL (Secure Sockets Layer) certificate enabling a secure HTTPS connection, traffic is transmitted in plain text. This leaves your infrastructure completely vulnerable to Man-in-the-Middle (MitM) attacks, packet sniffing, and unauthorized data harvesting by malicious actors or compromised networks.
Neviri provides absolute cryptographic assurance. Our managed SSL infrastructure establishes a secure tunnel between your end-users and your cloud servers using advanced 256-bit AES encryption. This guarantees data integrity, ensuring that payloads cannot be modified in transit, and establishes indisputable server authenticity so your users know they are interacting with the legitimate application.
Connection is Secure
Issued To
api.your-production-app.com
Protocol
TLS 1.3
Key Exchange
X25519
Auto-Renewal
Active (Managed by Neviri)
Enterprise Certificate Management
We have abstracted away all the pain points of cryptography. Forget manual CSR generation, validation emails, and catastrophic expiration outages.
Perpetual Auto-Renewal
Never experience a downtime event due to an expired certificate again. Neviri's ACME client proactively renews all attached domain certificates 30 days prior to their expiration date.
Wildcard Support
Securing microservices? Our platform fully supports wildcard certificates (*.yourdomain.com) via DNS-01 validation, allowing you to encrypt an unlimited number of subdomains instantly.
Instant Provisioning
The moment you attach a custom domain to your load balancer or app deployment, Neviri intercepts the request, passes the HTTP-01 challenge, and provisions a live certificate in under 10 seconds.
SEO Ranking Boost
Search engines like Google actively penalize unencrypted HTTP sites. Enforcing HTTPS across your entire architecture provides a permanent, algorithmic boost to your SEO performance.
BYOC (Bring Your Own Cert)
If you have specific organizational requirements, such as Extended Validation (EV) or Organization Validated (OV) certificates, you can easily upload and manage your custom certificates in our vault.
Edge Termination
We handle the heavy lifting of cryptographic encryption and decryption at our global edge load balancers, freeing up your underlying Virtual Machine CPU resources to serve your application logic.
Automated Pipeline
Domain Bind
DNS routed to Neviri Load Balancer.
ACME Challenge
HTTP-01 validation completes.
Active Encryption
Traffic secured via TLS 1.3.
Complex Cryptography, Simplified.
Traditionally, managing SSL/TLS certificates was a high-risk operational chore. Engineering teams had to generate cryptographic private keys, submit certificate signing requests (CSRs), validate ownership via complex DNS text records, and painstakingly edit Nginx or Apache configuration files.
A single missed calendar reminder would result in a catastrophic, highly visible outage, displaying a massive "Your connection is not private" error to every single customer.
Neviri's architecture completely eradicates this risk. Our ingress controllers and load balancers are deeply integrated with global Certificate Authorities. When traffic hits our edge, we dynamically provision, terminate, and inject secure headers (like HSTS). You get to focus entirely on writing application code, while we ensure your network transmission layer remains perfectly impenetrable.
Deep Dive: SSL & TLS FAQ
Comprehensive answers regarding encryption protocols, automated renewals, compliance, and cloud security best practices.
An SSL (Secure Sockets Layer) or TLS (Transport Layer Security) certificate is a digital document that authenticates a website's identity and enables an encrypted connection. When a user navigates to your site, their browser and your Neviri server perform a 'TLS Handshake.' During this microsecond process, they verify the certificate and exchange cryptographic keys. Once established, all data transferred—such as credit card numbers, passwords, and personal messages—is scrambled into unbreakable ciphertext. Even if an attacker intercepts the traffic on public Wi-Fi, they will only see random characters, rendering the stolen data completely useless.
Historically, managing SSL certificates required generating Certificate Signing Requests (CSRs), manual domain validation, downloading zip files, and complex server configurations every year. Neviri eliminates this entirely. Through deep integrations with automated Certificate Authorities (CAs) like Let's Encrypt and ZeroSSL, our orchestration engine utilizes the ACME (Automated Certificate Management Environment) protocol. When you deploy an app or add a custom domain, Neviri automatically provisions a 256-bit encrypted certificate, binds it to your Load Balancer or VM, and automatically renews it 30 days before expiration. Zero human intervention is required.
Yes. The certificates provisioned by Neviri utilize industry-standard 256-bit AES encryption with 2048-bit or 4096-bit RSA signature keys (or modern ECDSA equivalents). This is the exact same level of cryptographic strength utilized by major global banks and financial institutions. Routing your traffic over Neviri's HTTPS infrastructure fulfills the transmission encryption requirements mandated by PCI DSS, HIPAA, SOC 2, and GDPR, ensuring that your customers' sensitive payment data is securely protected in transit.
SSL (Secure Sockets Layer) is actually the deprecated predecessor to TLS (Transport Layer Security). SSL versions 1.0, 2.0, and 3.0 have been found to contain severe cryptographic vulnerabilities (such as the POODLE attack) and are no longer used on the modern web. TLS 1.2 and TLS 1.3 are the current secure standards. However, because the term "SSL" became so universally recognized, the tech industry continues to use "SSL Certificate" as a colloquial catch-all term. Rest assured, Neviri enforces strict modern TLS 1.2 and TLS 1.3 protocols across all edge nodes.
Yes. For complex architectures spanning multiple subdomains (e.g., api.yourdomain.com, app.yourdomain.com, staging.yourdomain.com), managing individual certificates becomes a logistical nightmare. Neviri fully supports automated Wildcard SSL certificates (*.yourdomain.com). Through secure DNS-01 challenge validation via our managed DNS infrastructure, we can issue and automatically renew wildcard certificates, instantly securing infinite subdomains under a single, unified cryptographic umbrella.
In 2014, Google officially announced that HTTPS is a lightweight ranking signal. Today, it is practically a mandatory baseline for SEO. Search engines heavily penalize websites still serving traffic over unencrypted HTTP, often flagging them with a glaring "Not Secure" warning in the browser address bar. This warning destroys user trust, drastically increasing bounce rates, which further damages your search ranking. By utilizing Neviri's automated SSL, you secure a ranking boost, protect user data, and guarantee the trusted padlock icon appears next to your URL.
Mixed content occurs when an initial HTML page is loaded securely over HTTPS, but secondary resources (like images, CSS, or JavaScript files) are loaded over insecure HTTP. Modern browsers will block these insecure resources, breaking your website's layout or functionality. When you enable SSL on Neviri, we provide HTTP-to-HTTPS redirection at the edge layer. We also recommend utilizing HSTS (HTTP Strict Transport Security) headers to force clients to use secure connections, completely mitigating downgrade attacks and mixed content issues.
In the early days of the internet, cryptographic handshakes added noticeable latency. Today, the opposite is true. Modern TLS 1.3 drastically reduces the handshake overhead to a single round trip (1-RTT), and in some cases, zero round trips (0-RTT) for returning visitors. Furthermore, securing your site with SSL is a strict prerequisite for utilizing HTTP/2 and HTTP/3 multiplexing. By enabling Neviri's SSL certificates, you actually unlock these next-generation protocols, resulting in significantly faster page load times and reduced server strain.
Ready to secure your traffic and boost user trust?
Enable Automated SSL