- Популярные видео
- Авто
- Видео-блоги
- ДТП, аварии
- Для маленьких
- Еда, напитки
- Животные
- Закон и право
- Знаменитости
- Игры
- Искусство
- Комедии
- Красота, мода
- Кулинария, рецепты
- Люди
- Мото
- Музыка
- Мультфильмы
- Наука, технологии
- Новости
- Образование
- Политика
- Праздники
- Приколы
- Природа
- Происшествия
- Путешествия
- Развлечения
- Ржач
- Семья
- Сериалы
- Спорт
- Стиль жизни
- ТВ передачи
- Танцы
- Технологии
- Товары
- Ужасы
- Фильмы
- Шоу-бизнес
- Юмор
Read heavy VS Write heavy architectures | #subashpalvel | #SubashPalvel |
📌 A single viral post is read a hundred million times, but a profile setting is updated once. In this video, I break down the core architectural differences between Read-Heavy and Write-Heavy systems, comparing CDNs and Redis caches to LSM Trees and compaction.
👇 KEY TAKEAWAYS & WHAT YOU'ALL LEARN:
- 💡 How to scale read-heavy workloads using CDNs, Redis caches, and primary-replica database setups
- ⚡ Mitigating database replication lag and stale reads
- 🛡️ Storage Engine internals: Read-optimized B-Trees vs. Write-optimized LSM-Trees
- 🛑 How MemTables, SSTables, and background compactions ingest high-write bursts
- 🔌 Buffering write peaks using partitioned Apache Kafka messaging queues
- ⚙️ Implementing the CQRS pattern to decouple Command (Write) and Query (Read) system pipelines
⏱️ TIMESTAMPS / CHAPTERS:
00:00 - Introduction (Profiles at Scale)
00:17 - Read/Write Ratios
00:36 - Read-Heavy Scaling Tiers
00:52 - Database Replication Lag
01:07 - Cache-Aside Redis Caching
01:22 - B-Tree Index Optimization
01:38 - Write-Heavy Ingest Streams
01:54 - Kafka Buffering queues
02:08 - Disk IOPS & Append-only Logs
02:23 - Relational B-Tree Internals
02:40 - LSM Trees & MemTable Ingestion
02:56 - SSTables & Background Compaction
03:11 - Storage Engines Compared
03:25 - Tech Stack Database Choices
03:39 - CQRS Decoupling Pattern
03:52 - Command vs. Query Flow Mechanics
04:06 - Case Study: E-Commerce Catalog
04:20 - Case Study: IoT Sensor Fleet
04:36 - Core System Bottlenecks
04:51 - Tuning Read Expiries & Replicas
05:04 - Tuning Write Compactions & Buffers
05:17 - Summary
🔗 RESOURCES & LINKS:
- Connect with me on LinkedIn: https://in.linkedin.com/in/subashpalvel
🔔 SUBSCRIBE & CONNECT:
If you found this helpful, hit the Subscribe button and ring the bell to stay updated with system design, AI, and software engineering blueprints!
| #ai | #aiengineer | #datascientist | #datascience | #subashpalvel | #SubashPalvel | #subash | #palvel | #SUBASHPALVEL | #systemdesign | #database | #caching | #redis | #kafka | #cassandra | #lsmtree | #softwareengineering | #softwarearchitecture | #distributedsystems | #programming |
Видео Read heavy VS Write heavy architectures | #subashpalvel | #SubashPalvel | канала Subash Palvel
👇 KEY TAKEAWAYS & WHAT YOU'ALL LEARN:
- 💡 How to scale read-heavy workloads using CDNs, Redis caches, and primary-replica database setups
- ⚡ Mitigating database replication lag and stale reads
- 🛡️ Storage Engine internals: Read-optimized B-Trees vs. Write-optimized LSM-Trees
- 🛑 How MemTables, SSTables, and background compactions ingest high-write bursts
- 🔌 Buffering write peaks using partitioned Apache Kafka messaging queues
- ⚙️ Implementing the CQRS pattern to decouple Command (Write) and Query (Read) system pipelines
⏱️ TIMESTAMPS / CHAPTERS:
00:00 - Introduction (Profiles at Scale)
00:17 - Read/Write Ratios
00:36 - Read-Heavy Scaling Tiers
00:52 - Database Replication Lag
01:07 - Cache-Aside Redis Caching
01:22 - B-Tree Index Optimization
01:38 - Write-Heavy Ingest Streams
01:54 - Kafka Buffering queues
02:08 - Disk IOPS & Append-only Logs
02:23 - Relational B-Tree Internals
02:40 - LSM Trees & MemTable Ingestion
02:56 - SSTables & Background Compaction
03:11 - Storage Engines Compared
03:25 - Tech Stack Database Choices
03:39 - CQRS Decoupling Pattern
03:52 - Command vs. Query Flow Mechanics
04:06 - Case Study: E-Commerce Catalog
04:20 - Case Study: IoT Sensor Fleet
04:36 - Core System Bottlenecks
04:51 - Tuning Read Expiries & Replicas
05:04 - Tuning Write Compactions & Buffers
05:17 - Summary
🔗 RESOURCES & LINKS:
- Connect with me on LinkedIn: https://in.linkedin.com/in/subashpalvel
🔔 SUBSCRIBE & CONNECT:
If you found this helpful, hit the Subscribe button and ring the bell to stay updated with system design, AI, and software engineering blueprints!
| #ai | #aiengineer | #datascientist | #datascience | #subashpalvel | #SubashPalvel | #subash | #palvel | #SUBASHPALVEL | #systemdesign | #database | #caching | #redis | #kafka | #cassandra | #lsmtree | #softwareengineering | #softwarearchitecture | #distributedsystems | #programming |
Видео Read heavy VS Write heavy architectures | #subashpalvel | #SubashPalvel | канала Subash Palvel
Комментарии отсутствуют
Информация о видео
27 июля 2026 г. 5:30:17
00:05:33
Другие видео канала




















