Jaimin Kapadia works as Content and Communication Manager at Salesforge, where he builds and executes SEO strategies that consistently land pages in the top 5 positions on Google.
Use the 3-7-7 rule to set cold email follow-ups: send the first follow-up at 3 days, space others weekly, segment prospects, automate sequences, and track metrics.
Distribute email traffic across multiple IPs to boost inbox placement, cut bounces, and protect sender reputation with proven rotation and authentication practices.
Use smtp.office365.com (Port 587, STARTTLS), enable SMTP AUTH and SPF/DKIM/DMARC, warm up mailboxes, and follow Microsoft sending limits to boost deliverability.
Guide to Google Workspace DNS: configure MX, SPF, DKIM, and DMARC correctly, avoid SPF lookup issues, verify domain ownership, and speed setup with automation.
DKIM is essential for outreach—use 2048-bit keys, publish correct DNS TXT records, align with SPF/DMARC, rotate keys regularly, and monitor deliverability.
Tailor cold outreach with buyer personas: research prospects, write targeted subject lines and CTAs, scale with templates, and A/B test for higher replies.
Checklist to buy, verify, and configure domains for email outreach: pick aged .coms, check history, set SPF/DKIM/DMARC, warm up, and use multiple domains.
Step-by-step Microsoft 365 cold email setup: choose plans, configure SPF/DKIM/DMARC, warm up mailboxes, scale across domains, and ensure CAN-SPAM compliance.
Step-by-step DMARC setup: verify SPF/DKIM, monitor RUA/RUF reports, and phase policies from none to reject to secure your domain and preserve deliverability.
A practical guide to GDPR-compliant email outreach covering lawful bases, transparency, opt-outs, secure infrastructure, and documentation for EU contacts.
Create a single SPF TXT record for Google Workspace and Microsoft 365—combine includes, avoid DNS lookup limits, and test DNS for reliable email delivery.
Protect sender reputation and boost deliverability by using multiple mailboxes and domains, authenticating DNS (SPF/DKIM/DMARC), warming accounts, and tracking metrics.
Check if your domain or sending IP is blacklisted, verify SPF/DKIM/DMARC, identify root causes, and submit delisting requests to restore deliverability.
High spam complaint rates cripple sender reputation and inbox placement, risking throttling or blacklisting — fix with authentication, list hygiene, and warm-up.
ESP matching routes AI SDR outreach through recipients' ESPs to improve inbox placement, reduce bounces, and strengthen sender reputation with multi‑ESP routing.
Email volume balancing is essential for improving deliverability and maintaining a strong sender reputation, especially for businesses relying on email campaigns.
Explore six tailored cold email templates designed for various industries, focusing on personalization, pain points, and effective outreach strategies.
Misconfigured DKIM and DMARC settings can severely impact email deliverability. Learn common mistakes and best practices to enhance your email success.
Ensure your emails reach inboxes by following this comprehensive DNS verification checklist for mailboxes, avoiding common pitfalls and enhancing deliverability.
Google is suspending EDU, nonprofit, and legacy mailboxes sold by resellers. Learn why cold emailers are losing inboxes - and how Primeforge provides fully compliant Google & MS365 mailboxes built to last.
Unlock the potential of your cold email campaigns with effective follow-up strategies and dedicated infrastructure to boost engagement and deliverability.
Enhance cold email deliverability with API-driven DNS automation, ensuring accurate configurations for SPF, DKIM, and DMARC records across multiple domains.
Choosing between shared and private email infrastructure can impact your cold email campaigns. Discover the pros and cons of each to optimize your strategy.
Learn how AI can transform cold email personalization, streamline outreach, and improve engagement rates through effective strategies and infrastructure.
Learn how to configure DNS for email scaling, ensuring security and reliability while avoiding common pitfalls like misconfigurations and propagation delays.