π Managing certificates across Cisco, Palo Alto, and Fortinet routers is essential for secure network communications.
π₯ In this video, learn key certificate management concepts across these platforms and strengthen your network security knowledge.
#CyberSecurity#Networking#Cisco#PaloAlto#Fortinet
π Exposed RDP is still one of attackers' favorite ways in.
Delinea Secret Server's RDP Proxy closes it:
β Credentials never reach the client
π« Clipboard, drive & printer redirection off
π§± Port 3389 blocked except from the proxy
π₯ Every session recorded
π Get the full setup: drive.google.com/file/d/1-6Lβ¦#PAM#IdentitySecurity#Cybersecurity#ZeroTrust#Delinea
π§ The 3 certificate errors behind most production outages:
βοΈ Incomplete chains (missing intermediates)
π·οΈ Hostname not on the SAN list
β° Clock skew on IoT & network devices
Lifetimes are heading to 47 days, so you'll hit these far more often. β³
#PKI#TLS#CertificateManagement
π§ Does your AI coding agent forget your stack every session?
A bigger context window won't fix that. Better memory will. ποΈ
Store API shapes, architecture decisions & naming rules in a vault, and let the agent pull only what each task needs. π―
#AIAgents#ContextEngineering#DevTools
π One certificate. Dozens of domains. Zero juggling. π
Multi-domain (SAN) certs let a single certificate protect:
β example.com + shop.example.net + api.brand.io
β Mixed domains, subdomains, even different TLDs
β Load balancers, CDNs & multi-tenant apps
β οΈ The catch: one shared private key means one bigger blast radius.
π¬ Press play and see when SAN certs make sense and when they don't πΏ
#SSL#PKI#CertificateManagement#WebSecurity
πππ‘ Factories, stores, vehicles, remote sites: edge devices sit where anyone can reach them and the network drops out. π
Certificate strategy has to plan for both π
π Hardware-backed keys, so a stolen node doesn't give up its private key
πΆ Enough validity buffer to ride out long offline gaps
ποΈ Local subordinate CAs keep issuance going when the uplink goes down
π‘οΈ Zero trust: every node proves its own identity, wherever it sits
π€ A compromised edge AI node can feed false results into everything that trusts it.
π Take the certificate strategy to the edge π drive.google.com/file/d/1DXwβ¦#EdgeComputing#PKI#IoTSecurity#ZeroTrust
Scripting cert issuance via REST API? π οΈ
π Pull creds from a secrets manager
π€ Submit CSR + params
β‘ Prefer webhooks; poll with backoff
π§ͺ Test in sandbox before burning quotas
At 47 days, these scripts run constantly. β³
#PKI#DevOps
βπ "PKIX path building failed." Every Java developer has hit it at least once.
Most of the time the fix comes down to one question: keystore or truststore? π
ποΈ Keystore = who YOU are (your private key + cert)
π‘οΈ Truststore = who YOU trust (CA certificates)
π¦ JKS vs PKCS12 (the default since Java 9)
π cacerts, and why JDK upgrades can wipe your imports
π¬ Grab a coffee and give it a few minutes. The next SSL handshake error will look a lot less scary βΆοΈ
#Java#PKI#TLS#DevSecOps
Your load balancer may be the busiest certificate endpoint you run. βοΈ
π Full termination
π Passthrough
π Re-encryption
With 47-day lifetimes coming, you need hot reloads and atomic fleet-wide pushes, not manual swaps. βοΈ
#TLS#DevOps
π¨ "It works in my browser!" That's the trap. Browsers cache intermediate certificates and can hide a broken chain. π΅οΈ
π§° A calmer way to debug a chain in production:
π Check with an independent command-line tool, not the browser that reported it
βοΈ Missing intermediates? Serve the full chain, leaf certificate first
π·οΈ Name mismatch? Compare the hostname to the SAN list
π» Only some clients fail? Look at their trust stores
π Valid cert, still broken? The CA may have rotated an intermediate
π§ Walk through the full troubleshooting playbook here π drive.google.com/file/d/1x64β¦#PKI#TLS#SRE#DevOps
More than half of web traffic is no longer human. π€
π 57.4% automated
π·οΈ 80% of AI bot hits are training crawls that send nothing back
π Small publishers down 60% in search visits
π 69% of searches end with zero clicks
Publishers are footing the bill. πΈ
#AI#SEO
π§βπ» Behind every ACME client and CLM integration is one simple building block: a REST API call that asks for a certificate. π
π The usual flow:
π Authenticate with an API key or OAuth token
π€ Submit the CSR
β³ Poll, or wait for a webhook
π₯ Pull back the certificate and its chain
β οΈ Keep API credentials in a secrets manager, never in the script
π§ͺ Test in staging before you touch production
βοΈ Grab the scripting playbook π drive.google.com/file/d/1NBnβ¦#PKI#RESTAPI#Automation#DevSecOps
Public or private CA? π€
π Public CAs: customer sites, public APIs, partner services
π’ Internal CAs: internal APIs, VPN clients, machine identities
Most orgs need both, and public certs are heading to 47 days. Automate both sides. βοΈ
#PKI#Cybersecurity
π Root vs. Intermediate Certificates β whatβs the difference?
Think of PKI as a chain of trust:
π³ Root Certificate = the trust anchor
π Intermediate Certificate = helps extend that trust
π‘οΈ Together, they build a secure certificate chain
But why use intermediates instead of issuing everything directly from the root?
π₯ Watch the video to understand the key differences and how each fits into PKI.
#PKI#DigitalCertificates#Cybersecurity#CertificateManagement#TLS
π¨ Your PAM vault can look like it belongs to your company, not the vendor. π
β¨ Branding options in Delinea Secret Server:
πΌοΈ Custom logos in light and dark versions, live site-wide the moment you save
π Per-user color modes: Light, Dark, or match the OS
π’ Global banners in 7 color-coded styles for maintenance and security alerts
βοΈ Cloud tenants: branded login screens with company name, legal links and hint text
π’ A familiar interface means faster adoption. π
ποΈ See every setting, step by step π drive.google.com/file/d/1t3dβ¦#Delinea#SecretServer#PAM#UserExperience